<![CDATA[ds30 Loader free edition forums - All Forums]]> https://picbootloader.com/forum/ Tue, 27 Oct 2026 10:58:46 +0000 MyBB <![CDATA[What Is Fildena 25 mg and How Does It Work?]]> https://picbootloader.com/forum/showthread.php?tid=22630 Mon, 26 Oct 2026 10:43:12 +0100 drthomasneal]]> https://picbootloader.com/forum/showthread.php?tid=22630 Fildena 25 mg is a medication containing sildenafil citrate, used to treat erectile dysfunction (ED) in adult men. It works by inhibiting the PDE5 enzyme, helping relax blood vessels and improve blood flow to the penis during sexual stimulation. This may help men achieve and maintain an erection. Fildena 25 mg is a lower-strength formulation that a healthcare professional may recommend depending on individual needs and medical history. Possible side effects include headache, facial flushing, dizziness, and indigestion. Consult a qualified healthcare professional before use, avoid nitrate medications, and follow prescribed instructions for safe treatment.

Visit More: Buy Fildena CT 100 online]]> Fildena 25 mg is a medication containing sildenafil citrate, used to treat erectile dysfunction (ED) in adult men. It works by inhibiting the PDE5 enzyme, helping relax blood vessels and improve blood flow to the penis during sexual stimulation. This may help men achieve and maintain an erection. Fildena 25 mg is a lower-strength formulation that a healthcare professional may recommend depending on individual needs and medical history. Possible side effects include headache, facial flushing, dizziness, and indigestion. Consult a qualified healthcare professional before use, avoid nitrate medications, and follow prescribed instructions for safe treatment.

Visit More: Buy Fildena CT 100 online]]> <![CDATA[Dubai ERP software experts]]> https://picbootloader.com/forum/showthread.php?tid=22629 Sat, 17 Oct 2026 10:01:53 +0200 FactSERP]]> https://picbootloader.com/forum/showthread.php?tid=22629 The construction industry in the United Arab Emirates continues to evolve, with businesses focusing on efficient project management, cost control, resource planning, and timely project delivery. Construction companies must coordinate multiple activities, including procurement, workforce management, material tracking, budgeting, subcontractor coordination, and financial reporting. Managing these operations through disconnected systems can lead to delays, inaccurate records, and increased project costs.
A modern Construction ERP Dubai solution helps construction businesses integrate their essential operations into a centralized platform. By connecting project management, accounting, inventory, procurement, and reporting, construction ERP software provides greater visibility into business performance and helps managers make informed decisions.
Whether a company manages residential buildings, commercial developments, infrastructure projects, or specialized contracting services, the right ERP system can support operational efficiency and long-term business growth.
What Is Construction ERP Software?
Construction ERP software is an integrated business management system designed to support the unique requirements of construction companies. It brings important business functions together, enabling teams to access consistent information and coordinate their activities more effectively.
Unlike general business software, a construction-focused ERP system can support project-based operations, including job costing, material requirements, purchase orders, subcontractor expenses, project budgets, and progress monitoring.
For companies operating in Dubai and other emirates, implementing Construction ERP UAE software can help standardize business processes across multiple projects, departments, and locations.
Key Features of Construction ERP Software
  • Project management: Organize project activities, monitor milestones, and track progress.
  • Financial management: Manage accounting, cash flow information, project expenses, and financial reports.
  • Procurement management: Coordinate supplier records, purchase requests, and purchasing activities.
  • Inventory management: Track construction materials, warehouse stock, and material movements.
  • Job costing: Compare estimated project costs with actual expenditure.
  • Contract management: Maintain relevant contract details, variations, and subcontractor information where supported.
  • Workforce management: Coordinate employee records, labor allocation, and related administrative processes.
  • Management reporting: Access consolidated information to evaluate performance and identify potential problems.
The available features vary by ERP platform, so construction companies should evaluate each system against their specific operational needs.
Why Construction ERP Dubai Is Important for Modern Construction Businesses
Dubai's construction sector involves projects with different budgets, timelines, stakeholders, and resource requirements. Managing these variables effectively requires accurate information and strong coordination between project managers, finance teams, procurement departments, and site personnel.
A suitable Construction ERP Dubai solution can help businesses reduce information gaps and improve control over their operations.
1. Better Project Planning and Monitoring
Construction projects require careful planning of schedules, materials, labor, and budgets. ERP software can help managers maintain project records, monitor important milestones, and identify deviations from planned activities.
With access to updated information, teams can investigate delays and coordinate corrective actions more efficiently.
2. Improved Cost Control
Unexpected expenses can affect construction profitability. ERP software can help companies track material costs, labor expenses, subcontractor charges, and other project-related expenditure.
Comparing actual costs with budgets allows managers to identify cost variations and take action before financial problems become more difficult to manage.
3. Efficient Procurement Management
Construction projects depend on the timely availability of materials and services. An integrated ERP system can help organize purchase requests, supplier information, purchase orders, and goods receipts.
Better coordination between procurement and project teams can help reduce duplicate purchasing, improve purchasing visibility, and support project schedules.
4. Centralized Business Information
When different departments use separate applications, maintaining consistent information becomes difficult. Construction ERP software provides a shared environment for relevant business records, reducing the need to repeatedly enter or reconcile the same information.
5. Accurate Financial Reporting
Construction companies need visibility into project expenses, outstanding transactions, revenue, and financial performance. Integrating accounting with project operations can help management understand how individual projects contribute to overall business results.
Construction ERP UAE: Supporting Business Growth Across the Emirates
Construction businesses operating across Dubai, Abu Dhabi, Sharjah, and other emirates may need to manage several projects simultaneously. Each project can have its own budget, team, suppliers, material requirements, and deadlines.
Implementing Construction ERP UAE software can help organizations coordinate these activities through centralized business processes and consistent reporting.
Benefits of ERP for Construction Companies Across the UAE
Multi-project management: Monitor project-specific budgets, activities, expenses, and progress through a connected system.
Resource planning: Improve visibility into the allocation of materials, labor, and other resources across different projects.
Inventory visibility: Track material availability and stock movements between warehouses and project sites.
Financial integration: Connect project transactions with accounting and financial reports.
Operational consistency: Establish standardized workflows for purchasing, approvals, inventory transactions, and reporting.
Business scalability: Support additional projects, teams, or locations as the organization expands, subject to the ERP platform's capacity.
When selecting a construction ERP system, businesses should also evaluate local tax and accounting requirements, data security, reporting needs, and integration with existing applications.
ERP For Builders & Contractors UAE: An Integrated Approach to Project Management
Builders and contractors face many shared operational challenges, but their exact requirements can vary depending on their services and project responsibilities. A residential builder may focus on project budgets, construction materials, and milestone completion, while a specialist contractor may place greater emphasis on labor allocation, subcontractor coordination, and purchase management.
A comprehensive ERP For Builders & Contractors UAE solution can help bring these activities together.
How ERP Supports Builders and Contractors
Project budgeting and estimation
Maintain project estimates, budgets, and expense records to improve financial planning and cost monitoring.
Material planning
Coordinate material requirements with procurement and inventory records to help ensure that the right supplies are available when required.
Subcontractor coordination
Maintain subcontractor details, agreements, purchase orders, and related expenses using the features supported by the system.
Progress and variation tracking
Record relevant project milestones, approved changes, and additional work to improve visibility into project status and potential cost impacts.
Document management
Organize important project documents, approvals, contracts, and supporting records where document-management capabilities are available.
Financial management
Connect project activities with accounting processes to improve the visibility of expenses, payments, and outstanding balances.
By combining these capabilities, builders and contractors can improve coordination between office-based teams and project sites.
ERP For Builders UAE: Improving Construction Planning and Efficiency
Builders must coordinate numerous activities throughout the construction lifecycle, from initial budgeting and procurement to execution, handover, and financial closure. Without integrated software, tracking these activities can require considerable manual effort.
A suitable ERP For Builders UAE solution helps builders organize project information and maintain better control over business operations.
Important ERP Capabilities for Builders
1. Project cost estimation
Prepare and maintain estimates for materials, labor, equipment, and other project expenses. Comparing estimates with actual expenditure can help identify cost differences.
2. Construction material management
Monitor material requirements, available stock, purchase orders, and goods receipts. This improves visibility into materials needed at different stages of a project.
3. Budget and expense tracking
Record project expenses and review spending against allocated budgets to support more effective cost control.
4. Supplier management
Maintain supplier information and purchasing records to help procurement teams coordinate orders and deliveries.
5. Project scheduling and milestones
Organize project activities and monitor progress against planned milestones, depending on the system's project management features.
6. Financial reporting
Access relevant financial information to evaluate project expenditure, outstanding transactions, and business performance.
https://factserp.ae/products/vat-accounting-software/
https://factserp.ae/about/
https://factserp.ae/products/vat-accounting-software/
https://factserp.ae/products/property-ma...-software/
https://factserp.ae/products/cloud-hrms-software/
https://factserp.ae/products/tatmeen-uae...-software/
https://factserp.ae/products/construction-erp-software/
https://factserp.ae/products/auto-spare-parts-erp/
https://factserp.ae/products/contracting...-software/
https://factserp.ae/products/textile-erp-software/
https://factserp.ae/products/manufacturi...-software/
https://factserp.ae/products/limousine-b...-software/
https://factserp.ae/products/logistics-erp-software/
https://factserp.ae/products/fruit-vegetable-erp/
https://factserp.ae/products/wholesale-d...-software/
https://factserp.ae/products/e-invoicing/
https://factserp.ae/products/
https://factserp.ae/solutions/customized...-services/
https://factserp.ae/solutions/web-development/
https://factserp.ae/solutions/e-commerce-solutions-uae/
https://factserp.ae/solutions/bespoke-erp-development/
https://factserp.ae/business-challenges/...s-process/
https://factserp.ae/business-challenges/...perations/
https://factserp.ae/industries/automotive/
https://factserp.ae/industries/construct...ntracting/
https://factserp.ae/erp-in-uae/
https://factserp.ae/erp-in-abu-dhabi/
With these capabilities, builders can reduce dependence on disconnected spreadsheets and improve access to project information. The result can be a more organized workflow and a stronger foundation for managing multiple construction projects.
ERP For Contractors UAE: Streamlining Contracting Operations
Contractors often work on projects that require close coordination between clients, suppliers, subcontractors, site teams, and finance departments. Managing these relationships while controlling expenses and meeting deadlines can be challenging.
An effective ERP For Contractors UAE solution can help centralize operational information and improve coordination across contracting activities.
Key Benefits of ERP for Contractors
Contract and project tracking
Maintain project records, contract information, and relevant deadlines to help teams monitor contractual responsibilities.
Job costing and profitability analysis
Track labor, material, equipment, and subcontractor expenses to assess project costs and identify areas where spending differs from expectations.
Procurement and purchasing
Manage purchasing workflows and supplier transactions to support timely procurement and improve spending visibility.
Labor and equipment allocation
Coordinate available personnel and equipment across projects using the ERP's resource management capabilities.
Subcontractor expense management
Record subcontractor-related commitments, invoices, and expenses to improve project cost visibility.
Invoice and payment tracking
Connect project transactions with financial records to help finance teams monitor invoices, receivables, payables, and cash flow information.
For contractors managing several projects, integrated information can improve coordination and support more consistent decision-making.
How to Choose the Right Construction ERP in the UAE
Choosing an ERP system is an important business decision. The most suitable solution should match the company's operational complexity, project types, reporting requirements, and growth plans.
Before investing in construction ERP software, consider these factors:
1.        Industry-specific features: Confirm that the software supports project costing, procurement, inventory, and the other workflows your business requires.
2.        Ease of use: Choose a platform that employees can learn and use effectively across departments and project sites.
3.        Customization: Determine whether workflows, reports, approval processes, and project structures can be configured to match your business.
4.        Integration: Check compatibility with existing accounting systems, document-management tools, and other business applications.
5.        Financial reporting: Ensure that the system provides the information needed for project-level and company-wide financial monitoring.
6.        Data security: Review user permissions, access controls, backup arrangements, and relevant data protection measures.
7.        Implementation and support: Evaluate data migration, employee training, technical support, and ongoing maintenance.
8.        Scalability: Select a solution that can support future projects, additional users, and business expansion.
A structured implementation plan should include clear objectives, accurate data migration, employee training, and regular reviews of system performance.
How FactSerp Can Help Businesses Explore ERP Solutions
FactSerp provides a starting point for businesses looking to explore ERP and business software solutions for their operational needs. Construction companies evaluating ERP software should identify their key requirements and assess how a proposed platform can support project management, accounting, procurement, inventory, and reporting.
For businesses seeking Construction ERP Dubai or Construction ERP UAE solutions, the evaluation process should focus on practical functionality rather than software features alone. Builders and contractors should request demonstrations based on real project scenarios, verify available integrations, and discuss implementation timelines and support arrangements.
FactSerp can be explored through its website, https://factserp.ae, to learn more about its software offerings and determine whether they align with your company's requirements. Businesses should confirm specific construction modules, customization options, and implementation capabilities directly with the provider.
Conclusion
The construction industry requires efficient coordination, reliable financial information, and strong control over project resources. As builders and contractors manage increasingly complex operations, integrated software can help them organize information, improve purchasing processes, monitor project costs, and support better decision-making.
A suitable Construction ERP Dubai system can help businesses improve project visibility, while Construction ERP UAE solutions can support companies operating across multiple emirates. An integrated ERP For Builders & Contractors UAE platform can connect essential business functions, and specialized ERP For Builders UAE and ERP For Contractors UAE capabilities can address the distinct needs of different construction businesses.
By choosing the right ERP platform and implementing it effectively, construction companies can establish more organized workflows, strengthen cost control, and build a scalable foundation for sustainable growth in the UAE. Add a stronger Fact Serp conversion CTA Reduce repetitive keyword phrasing.
ADD... Meydan Grandstand – 6th Floor AI Meydan Road – Nad AL Sheba – Dubai
EMAIL... demo@factserp.ae
CONTACT.... 055 899 3921
WEBSITE.... https://factserp.ae/
 ]]> The construction industry in the United Arab Emirates continues to evolve, with businesses focusing on efficient project management, cost control, resource planning, and timely project delivery. Construction companies must coordinate multiple activities, including procurement, workforce management, material tracking, budgeting, subcontractor coordination, and financial reporting. Managing these operations through disconnected systems can lead to delays, inaccurate records, and increased project costs.
A modern Construction ERP Dubai solution helps construction businesses integrate their essential operations into a centralized platform. By connecting project management, accounting, inventory, procurement, and reporting, construction ERP software provides greater visibility into business performance and helps managers make informed decisions.
Whether a company manages residential buildings, commercial developments, infrastructure projects, or specialized contracting services, the right ERP system can support operational efficiency and long-term business growth.
What Is Construction ERP Software?
Construction ERP software is an integrated business management system designed to support the unique requirements of construction companies. It brings important business functions together, enabling teams to access consistent information and coordinate their activities more effectively.
Unlike general business software, a construction-focused ERP system can support project-based operations, including job costing, material requirements, purchase orders, subcontractor expenses, project budgets, and progress monitoring.
For companies operating in Dubai and other emirates, implementing Construction ERP UAE software can help standardize business processes across multiple projects, departments, and locations.
Key Features of Construction ERP Software
  • Project management: Organize project activities, monitor milestones, and track progress.
  • Financial management: Manage accounting, cash flow information, project expenses, and financial reports.
  • Procurement management: Coordinate supplier records, purchase requests, and purchasing activities.
  • Inventory management: Track construction materials, warehouse stock, and material movements.
  • Job costing: Compare estimated project costs with actual expenditure.
  • Contract management: Maintain relevant contract details, variations, and subcontractor information where supported.
  • Workforce management: Coordinate employee records, labor allocation, and related administrative processes.
  • Management reporting: Access consolidated information to evaluate performance and identify potential problems.
The available features vary by ERP platform, so construction companies should evaluate each system against their specific operational needs.
Why Construction ERP Dubai Is Important for Modern Construction Businesses
Dubai's construction sector involves projects with different budgets, timelines, stakeholders, and resource requirements. Managing these variables effectively requires accurate information and strong coordination between project managers, finance teams, procurement departments, and site personnel.
A suitable Construction ERP Dubai solution can help businesses reduce information gaps and improve control over their operations.
1. Better Project Planning and Monitoring
Construction projects require careful planning of schedules, materials, labor, and budgets. ERP software can help managers maintain project records, monitor important milestones, and identify deviations from planned activities.
With access to updated information, teams can investigate delays and coordinate corrective actions more efficiently.
2. Improved Cost Control
Unexpected expenses can affect construction profitability. ERP software can help companies track material costs, labor expenses, subcontractor charges, and other project-related expenditure.
Comparing actual costs with budgets allows managers to identify cost variations and take action before financial problems become more difficult to manage.
3. Efficient Procurement Management
Construction projects depend on the timely availability of materials and services. An integrated ERP system can help organize purchase requests, supplier information, purchase orders, and goods receipts.
Better coordination between procurement and project teams can help reduce duplicate purchasing, improve purchasing visibility, and support project schedules.
4. Centralized Business Information
When different departments use separate applications, maintaining consistent information becomes difficult. Construction ERP software provides a shared environment for relevant business records, reducing the need to repeatedly enter or reconcile the same information.
5. Accurate Financial Reporting
Construction companies need visibility into project expenses, outstanding transactions, revenue, and financial performance. Integrating accounting with project operations can help management understand how individual projects contribute to overall business results.
Construction ERP UAE: Supporting Business Growth Across the Emirates
Construction businesses operating across Dubai, Abu Dhabi, Sharjah, and other emirates may need to manage several projects simultaneously. Each project can have its own budget, team, suppliers, material requirements, and deadlines.
Implementing Construction ERP UAE software can help organizations coordinate these activities through centralized business processes and consistent reporting.
Benefits of ERP for Construction Companies Across the UAE
Multi-project management: Monitor project-specific budgets, activities, expenses, and progress through a connected system.
Resource planning: Improve visibility into the allocation of materials, labor, and other resources across different projects.
Inventory visibility: Track material availability and stock movements between warehouses and project sites.
Financial integration: Connect project transactions with accounting and financial reports.
Operational consistency: Establish standardized workflows for purchasing, approvals, inventory transactions, and reporting.
Business scalability: Support additional projects, teams, or locations as the organization expands, subject to the ERP platform's capacity.
When selecting a construction ERP system, businesses should also evaluate local tax and accounting requirements, data security, reporting needs, and integration with existing applications.
ERP For Builders & Contractors UAE: An Integrated Approach to Project Management
Builders and contractors face many shared operational challenges, but their exact requirements can vary depending on their services and project responsibilities. A residential builder may focus on project budgets, construction materials, and milestone completion, while a specialist contractor may place greater emphasis on labor allocation, subcontractor coordination, and purchase management.
A comprehensive ERP For Builders & Contractors UAE solution can help bring these activities together.
How ERP Supports Builders and Contractors
Project budgeting and estimation
Maintain project estimates, budgets, and expense records to improve financial planning and cost monitoring.
Material planning
Coordinate material requirements with procurement and inventory records to help ensure that the right supplies are available when required.
Subcontractor coordination
Maintain subcontractor details, agreements, purchase orders, and related expenses using the features supported by the system.
Progress and variation tracking
Record relevant project milestones, approved changes, and additional work to improve visibility into project status and potential cost impacts.
Document management
Organize important project documents, approvals, contracts, and supporting records where document-management capabilities are available.
Financial management
Connect project activities with accounting processes to improve the visibility of expenses, payments, and outstanding balances.
By combining these capabilities, builders and contractors can improve coordination between office-based teams and project sites.
ERP For Builders UAE: Improving Construction Planning and Efficiency
Builders must coordinate numerous activities throughout the construction lifecycle, from initial budgeting and procurement to execution, handover, and financial closure. Without integrated software, tracking these activities can require considerable manual effort.
A suitable ERP For Builders UAE solution helps builders organize project information and maintain better control over business operations.
Important ERP Capabilities for Builders
1. Project cost estimation
Prepare and maintain estimates for materials, labor, equipment, and other project expenses. Comparing estimates with actual expenditure can help identify cost differences.
2. Construction material management
Monitor material requirements, available stock, purchase orders, and goods receipts. This improves visibility into materials needed at different stages of a project.
3. Budget and expense tracking
Record project expenses and review spending against allocated budgets to support more effective cost control.
4. Supplier management
Maintain supplier information and purchasing records to help procurement teams coordinate orders and deliveries.
5. Project scheduling and milestones
Organize project activities and monitor progress against planned milestones, depending on the system's project management features.
6. Financial reporting
Access relevant financial information to evaluate project expenditure, outstanding transactions, and business performance.
https://factserp.ae/products/vat-accounting-software/
https://factserp.ae/about/
https://factserp.ae/products/vat-accounting-software/
https://factserp.ae/products/property-ma...-software/
https://factserp.ae/products/cloud-hrms-software/
https://factserp.ae/products/tatmeen-uae...-software/
https://factserp.ae/products/construction-erp-software/
https://factserp.ae/products/auto-spare-parts-erp/
https://factserp.ae/products/contracting...-software/
https://factserp.ae/products/textile-erp-software/
https://factserp.ae/products/manufacturi...-software/
https://factserp.ae/products/limousine-b...-software/
https://factserp.ae/products/logistics-erp-software/
https://factserp.ae/products/fruit-vegetable-erp/
https://factserp.ae/products/wholesale-d...-software/
https://factserp.ae/products/e-invoicing/
https://factserp.ae/products/
https://factserp.ae/solutions/customized...-services/
https://factserp.ae/solutions/web-development/
https://factserp.ae/solutions/e-commerce-solutions-uae/
https://factserp.ae/solutions/bespoke-erp-development/
https://factserp.ae/business-challenges/...s-process/
https://factserp.ae/business-challenges/...perations/
https://factserp.ae/industries/automotive/
https://factserp.ae/industries/construct...ntracting/
https://factserp.ae/erp-in-uae/
https://factserp.ae/erp-in-abu-dhabi/
With these capabilities, builders can reduce dependence on disconnected spreadsheets and improve access to project information. The result can be a more organized workflow and a stronger foundation for managing multiple construction projects.
ERP For Contractors UAE: Streamlining Contracting Operations
Contractors often work on projects that require close coordination between clients, suppliers, subcontractors, site teams, and finance departments. Managing these relationships while controlling expenses and meeting deadlines can be challenging.
An effective ERP For Contractors UAE solution can help centralize operational information and improve coordination across contracting activities.
Key Benefits of ERP for Contractors
Contract and project tracking
Maintain project records, contract information, and relevant deadlines to help teams monitor contractual responsibilities.
Job costing and profitability analysis
Track labor, material, equipment, and subcontractor expenses to assess project costs and identify areas where spending differs from expectations.
Procurement and purchasing
Manage purchasing workflows and supplier transactions to support timely procurement and improve spending visibility.
Labor and equipment allocation
Coordinate available personnel and equipment across projects using the ERP's resource management capabilities.
Subcontractor expense management
Record subcontractor-related commitments, invoices, and expenses to improve project cost visibility.
Invoice and payment tracking
Connect project transactions with financial records to help finance teams monitor invoices, receivables, payables, and cash flow information.
For contractors managing several projects, integrated information can improve coordination and support more consistent decision-making.
How to Choose the Right Construction ERP in the UAE
Choosing an ERP system is an important business decision. The most suitable solution should match the company's operational complexity, project types, reporting requirements, and growth plans.
Before investing in construction ERP software, consider these factors:
1.        Industry-specific features: Confirm that the software supports project costing, procurement, inventory, and the other workflows your business requires.
2.        Ease of use: Choose a platform that employees can learn and use effectively across departments and project sites.
3.        Customization: Determine whether workflows, reports, approval processes, and project structures can be configured to match your business.
4.        Integration: Check compatibility with existing accounting systems, document-management tools, and other business applications.
5.        Financial reporting: Ensure that the system provides the information needed for project-level and company-wide financial monitoring.
6.        Data security: Review user permissions, access controls, backup arrangements, and relevant data protection measures.
7.        Implementation and support: Evaluate data migration, employee training, technical support, and ongoing maintenance.
8.        Scalability: Select a solution that can support future projects, additional users, and business expansion.
A structured implementation plan should include clear objectives, accurate data migration, employee training, and regular reviews of system performance.
How FactSerp Can Help Businesses Explore ERP Solutions
FactSerp provides a starting point for businesses looking to explore ERP and business software solutions for their operational needs. Construction companies evaluating ERP software should identify their key requirements and assess how a proposed platform can support project management, accounting, procurement, inventory, and reporting.
For businesses seeking Construction ERP Dubai or Construction ERP UAE solutions, the evaluation process should focus on practical functionality rather than software features alone. Builders and contractors should request demonstrations based on real project scenarios, verify available integrations, and discuss implementation timelines and support arrangements.
FactSerp can be explored through its website, https://factserp.ae, to learn more about its software offerings and determine whether they align with your company's requirements. Businesses should confirm specific construction modules, customization options, and implementation capabilities directly with the provider.
Conclusion
The construction industry requires efficient coordination, reliable financial information, and strong control over project resources. As builders and contractors manage increasingly complex operations, integrated software can help them organize information, improve purchasing processes, monitor project costs, and support better decision-making.
A suitable Construction ERP Dubai system can help businesses improve project visibility, while Construction ERP UAE solutions can support companies operating across multiple emirates. An integrated ERP For Builders & Contractors UAE platform can connect essential business functions, and specialized ERP For Builders UAE and ERP For Contractors UAE capabilities can address the distinct needs of different construction businesses.
By choosing the right ERP platform and implementing it effectively, construction companies can establish more organized workflows, strengthen cost control, and build a scalable foundation for sustainable growth in the UAE. Add a stronger Fact Serp conversion CTA Reduce repetitive keyword phrasing.
ADD... Meydan Grandstand – 6th Floor AI Meydan Road – Nad AL Sheba – Dubai
EMAIL... demo@factserp.ae
CONTACT.... 055 899 3921
WEBSITE.... https://factserp.ae/
 ]]> <![CDATA[PIC16F1939 bootloader assitance]]> https://picbootloader.com/forum/showthread.php?tid=22584 Wed, 04 Sep 2024 16:49:27 +0200 Ido]]> https://picbootloader.com/forum/showthread.php?tid=22584
This is my first time using any bootloader so my experience is very limited.
I downloaded the ds30 loader free edition and tried building the project found at "firmware_12F_16F_XC8" folder using  MPLAB X IDE v6.15
I am having trouble building the project even without making any changes(except putting a comment on "#error Do you need to configura uart pins to be digital? If not, remove this line")

When trying to build using the version mplab set(pack 1.2.63, xc8 v1.31) I get the following:
Code:
../src/user_code.inc:110:: error: (800) undefined symbol "EEADR"
../src/user_code.inc:132:: error: (800) undefined symbol "FSR"
../src/user_code.inc:134:: error: (800) undefined symbol "INDF"
../src/user_code.inc:211:: error: (800) undefined symbol "EEDATA"
../src/uart.inc:128:: error: (800) undefined symbol "SPBRG"
../src/uart.inc:135:: error: (800) undefined symbol "SPBRGH"
../src/uart.inc:137:: error: (800) undefined symbol "BAUDCTL"



When trying pack 1.6.241 and xc8 v1.31 :
Code:
"G:\Microchip\xc8\v2.31\bin\xc8-cc.exe" -c  -mcpu=16F1938  -D__DEBUG=1  -mdebugger=none  -mdfp="G:/Microchip/MPLABX/v6.15/packs/Microchip/PIC12-16F1xxx_DFP/1.6.241/xc8"  -fno-short-double -fno-short-float -O0 -fasmfile -maddrqual=ignore -xassembler-with-cpp -mwarn=-3 -Wa,-a -DXPRJ_default=default  -msummary=-psect,-class,+mem,-hex,-file  -ginhx32 -Wl,--data-init -mno-keep-startup -mno-osccal -mno-resetbits -mno-save-resetbits -mno-download -mno-stackcall -mno-default-config-bits -std=c99 -gdwarf-3 -mstack=compiled:auto:auto  -o build/default/debug/_ext/1360937237/ds30loader.o  ../src/ds30loader.s
Non line specific message::: warning: (1020) unknown attribute "CONFIGPROG" in chipinfo file "G:/Microchip/MPLABX/v6.15/packs/Microchip/PIC12-16F1xxx_DFP/1.6.241/xc8\pic\dat\ini\16f1938.ini" at line 185
Non line specific message::: warning: (1020) unknown attribute "IDLOCPROG" in chipinfo file "G:/Microchip/MPLABX/v6.15/packs/Microchip/PIC12-16F1xxx_DFP/1.6.241/xc8\pic\dat\ini\16f1938.ini" at line 195
Non line specific message::: warning: (1020) unknown attribute "CONFIGPROG" in chipinfo file "G:/Microchip/MPLABX/v6.15/packs/Microchip/PIC12-16F1xxx_DFP/1.6.241/xc8\pic\dat\ini\16f1938.ini" at line 185
Non line specific message::: warning: (1020) unknown attribute "IDLOCPROG" in chipinfo file "G:/Microchip/MPLABX/v6.15/packs/Microchip/PIC12-16F1xxx_DFP/1.6.241/xc8\pic\dat\ini\16f1938.ini" at line 195
"G:\Microchip\xc8\v2.31\bin\xc8-cc.exe"  -mcpu=16F1938 -Wl,-Map=dist/default/debug/ds30Loader_12F_16F.X.debug.map  -D__DEBUG=1  -mdebugger=none  -DXPRJ_default=default  -Wl,--defsym=__MPLAB_BUILD=1  -mdfp="G:/Microchip/MPLABX/v6.15/packs/Microchip/PIC12-16F1xxx_DFP/1.6.241/xc8"  -fno-short-double -fno-short-float -O0 -fasmfile -maddrqual=ignore -xassembler-with-cpp -mwarn=-3 -Wa,-a -msummary=-psect,-class,+mem,-hex,-file  -ginhx32 -Wl,--data-init -mno-keep-startup -mno-osccal -mno-resetbits -mno-save-resetbits -mno-download -mno-stackcall -mno-default-config-bits -std=c99 -gdwarf-3 -mstack=compiled:auto:auto        -Wl,--memorysummary,dist/default/debug/memoryfile.xml -o dist/default/debug/ds30Loader_12F_16F.X.debug.elf  build/default/debug/_ext/1360937237/ds30loader.o   
Non line specific message::: warning: (1020) unknown attribute "CONFIGPROG" in chipinfo file "G:/Microchip/MPLABX/v6.15/packs/Microchip/PIC12-16F1xxx_DFP/1.6.241/xc8\pic\dat\ini\16f1938.ini" at line 185
Non line specific message::: warning: (1020) unknown attribute "IDLOCPROG" in chipinfo file "G:/Microchip/MPLABX/v6.15/packs/Microchip/PIC12-16F1xxx_DFP/1.6.241/xc8\pic\dat\ini\16f1938.ini" at line 195
Non line specific message::: warning: (1020) unknown attribute "CONFIGPROG" in chipinfo file "G:/Microchip/MPLABX/v6.15/packs/Microchip/PIC12-16F1xxx_DFP/1.6.241/xc8\pic\dat\ini\16f1938.ini" at line 185
Non line specific message::: warning: (1020) unknown attribute "IDLOCPROG" in chipinfo file "G:/Microchip/MPLABX/v6.15/packs/Microchip/PIC12-16F1xxx_DFP/1.6.241/xc8\pic\dat\ini\16f1938.ini" at line 195
:0:: error: (500) undefined symbols:
_main(E:\TMP\skek.o) start_initialization(E:\TMP\skek.o)
build/default/debug/_ext/1360937237/ds30loader.o:74:: error: (501) program entry point is defined more than once
(908) exit status = 1


When trying pack 1.6.241 xc8 2.41:
Code:
::: error: (2096) undefined symbol "_main" (E:\TMP\xcBsis4.1\driver_tmp_6.o)
::: error: (2096) undefined symbol "start_initialization" (E:\TMP\xcBsis4.1\driver_tmp_6.o)
build/default/debug/_ext/1360937237/ds30loader.o:70:: error: (501) program entry point is defined more than once


I am not really sure how to tackle the problem since I'm guessing this build has already been tested and works for other people and depending on the version I am using I keep getting different errors.
Any help will be appreciated!]]>
This is my first time using any bootloader so my experience is very limited.
I downloaded the ds30 loader free edition and tried building the project found at "firmware_12F_16F_XC8" folder using  MPLAB X IDE v6.15
I am having trouble building the project even without making any changes(except putting a comment on "#error Do you need to configura uart pins to be digital? If not, remove this line")

When trying to build using the version mplab set(pack 1.2.63, xc8 v1.31) I get the following:
Code:
../src/user_code.inc:110:: error: (800) undefined symbol "EEADR"
../src/user_code.inc:132:: error: (800) undefined symbol "FSR"
../src/user_code.inc:134:: error: (800) undefined symbol "INDF"
../src/user_code.inc:211:: error: (800) undefined symbol "EEDATA"
../src/uart.inc:128:: error: (800) undefined symbol "SPBRG"
../src/uart.inc:135:: error: (800) undefined symbol "SPBRGH"
../src/uart.inc:137:: error: (800) undefined symbol "BAUDCTL"



When trying pack 1.6.241 and xc8 v1.31 :
Code:
"G:\Microchip\xc8\v2.31\bin\xc8-cc.exe" -c  -mcpu=16F1938  -D__DEBUG=1  -mdebugger=none  -mdfp="G:/Microchip/MPLABX/v6.15/packs/Microchip/PIC12-16F1xxx_DFP/1.6.241/xc8"  -fno-short-double -fno-short-float -O0 -fasmfile -maddrqual=ignore -xassembler-with-cpp -mwarn=-3 -Wa,-a -DXPRJ_default=default  -msummary=-psect,-class,+mem,-hex,-file  -ginhx32 -Wl,--data-init -mno-keep-startup -mno-osccal -mno-resetbits -mno-save-resetbits -mno-download -mno-stackcall -mno-default-config-bits -std=c99 -gdwarf-3 -mstack=compiled:auto:auto  -o build/default/debug/_ext/1360937237/ds30loader.o  ../src/ds30loader.s
Non line specific message::: warning: (1020) unknown attribute "CONFIGPROG" in chipinfo file "G:/Microchip/MPLABX/v6.15/packs/Microchip/PIC12-16F1xxx_DFP/1.6.241/xc8\pic\dat\ini\16f1938.ini" at line 185
Non line specific message::: warning: (1020) unknown attribute "IDLOCPROG" in chipinfo file "G:/Microchip/MPLABX/v6.15/packs/Microchip/PIC12-16F1xxx_DFP/1.6.241/xc8\pic\dat\ini\16f1938.ini" at line 195
Non line specific message::: warning: (1020) unknown attribute "CONFIGPROG" in chipinfo file "G:/Microchip/MPLABX/v6.15/packs/Microchip/PIC12-16F1xxx_DFP/1.6.241/xc8\pic\dat\ini\16f1938.ini" at line 185
Non line specific message::: warning: (1020) unknown attribute "IDLOCPROG" in chipinfo file "G:/Microchip/MPLABX/v6.15/packs/Microchip/PIC12-16F1xxx_DFP/1.6.241/xc8\pic\dat\ini\16f1938.ini" at line 195
"G:\Microchip\xc8\v2.31\bin\xc8-cc.exe"  -mcpu=16F1938 -Wl,-Map=dist/default/debug/ds30Loader_12F_16F.X.debug.map  -D__DEBUG=1  -mdebugger=none  -DXPRJ_default=default  -Wl,--defsym=__MPLAB_BUILD=1  -mdfp="G:/Microchip/MPLABX/v6.15/packs/Microchip/PIC12-16F1xxx_DFP/1.6.241/xc8"  -fno-short-double -fno-short-float -O0 -fasmfile -maddrqual=ignore -xassembler-with-cpp -mwarn=-3 -Wa,-a -msummary=-psect,-class,+mem,-hex,-file  -ginhx32 -Wl,--data-init -mno-keep-startup -mno-osccal -mno-resetbits -mno-save-resetbits -mno-download -mno-stackcall -mno-default-config-bits -std=c99 -gdwarf-3 -mstack=compiled:auto:auto        -Wl,--memorysummary,dist/default/debug/memoryfile.xml -o dist/default/debug/ds30Loader_12F_16F.X.debug.elf  build/default/debug/_ext/1360937237/ds30loader.o   
Non line specific message::: warning: (1020) unknown attribute "CONFIGPROG" in chipinfo file "G:/Microchip/MPLABX/v6.15/packs/Microchip/PIC12-16F1xxx_DFP/1.6.241/xc8\pic\dat\ini\16f1938.ini" at line 185
Non line specific message::: warning: (1020) unknown attribute "IDLOCPROG" in chipinfo file "G:/Microchip/MPLABX/v6.15/packs/Microchip/PIC12-16F1xxx_DFP/1.6.241/xc8\pic\dat\ini\16f1938.ini" at line 195
Non line specific message::: warning: (1020) unknown attribute "CONFIGPROG" in chipinfo file "G:/Microchip/MPLABX/v6.15/packs/Microchip/PIC12-16F1xxx_DFP/1.6.241/xc8\pic\dat\ini\16f1938.ini" at line 185
Non line specific message::: warning: (1020) unknown attribute "IDLOCPROG" in chipinfo file "G:/Microchip/MPLABX/v6.15/packs/Microchip/PIC12-16F1xxx_DFP/1.6.241/xc8\pic\dat\ini\16f1938.ini" at line 195
:0:: error: (500) undefined symbols:
_main(E:\TMP\skek.o) start_initialization(E:\TMP\skek.o)
build/default/debug/_ext/1360937237/ds30loader.o:74:: error: (501) program entry point is defined more than once
(908) exit status = 1


When trying pack 1.6.241 xc8 2.41:
Code:
::: error: (2096) undefined symbol "_main" (E:\TMP\xcBsis4.1\driver_tmp_6.o)
::: error: (2096) undefined symbol "start_initialization" (E:\TMP\xcBsis4.1\driver_tmp_6.o)
build/default/debug/_ext/1360937237/ds30loader.o:70:: error: (501) program entry point is defined more than once


I am not really sure how to tackle the problem since I'm guessing this build has already been tested and works for other people and depending on the version I am using I keep getting different errors.
Any help will be appreciated!]]> <![CDATA[Very basic getting started guide]]> https://picbootloader.com/forum/showthread.php?tid=22569 Wed, 26 Jun 2024 21:14:09 +0200 RGV250]]> https://picbootloader.com/forum/showthread.php?tid=22569 I could not really find a place to post this, possibly need a general tab?
I keep looking from time to time about using a bootloader but I cannot get past the very simple thing on where to start. I have looked at the manuals and am still none the wiser. I have only used the Amicus18 with a bootloader and for that there was a bootloader file which was already created. What I seem to find with ds30 is the application where you select your project and download it but first the bootloader code must already be on the device. 
This is the bit I am struggling to get past, it would be nice if there was an asm file with comments to show what needs to be configured or does the studio do that as well?
Once the bootloader file is on the device do you need to set all the configurations in studio everytime or can you save a configuration.

Regards,
Bob]]> I could not really find a place to post this, possibly need a general tab?
I keep looking from time to time about using a bootloader but I cannot get past the very simple thing on where to start. I have looked at the manuals and am still none the wiser. I have only used the Amicus18 with a bootloader and for that there was a bootloader file which was already created. What I seem to find with ds30 is the application where you select your project and download it but first the bootloader code must already be on the device. 
This is the bit I am struggling to get past, it would be nice if there was an asm file with comments to show what needs to be configured or does the studio do that as well?
Once the bootloader file is on the device do you need to set all the configurations in studio everytime or can you save a configuration.

Regards,
Bob]]> <![CDATA[Help needed for PIC18F87J60 bootloader]]> https://picbootloader.com/forum/showthread.php?tid=22477 Sat, 31 Dec 2022 16:23:08 +0100 galttar]]> https://picbootloader.com/forum/showthread.php?tid=22477
I'm already use ds30 loader for a long time and now I'm trying to compile a new version to test.
Will post what I did until now without success.

I'm using MPLAB X IDE v6.05 with MPLAB XC8 Compiler.

First I opened firmware_18F_XC8 project from source code.
On Project Properties I changed to PIC18F87J60 and chose pic-as. I tried with XC8 but I couldn't go ahead.

[Image: Project-Properties.png]

On settings.inc

Configured the processor:
Code:
;-------------------------------------------------------------------------------
; Device
;-------------------------------------------------------------------------------
        processor       18F87J60                    ;xxx

I'm using a crystal of 25MHz than changed the configuration for that.
Code:
;-------------------------------------------------------------------------------
; User preferences
;-------------------------------------------------------------------------------
        #define         OSCF            25000000    //xxx oscillator frequency (including pll)
        #define         BLINIT          2000        //xxx hello receive timeout [ms]
        #define         HELLOTRIES      2           //xxx number of non hello characters received before branching to the user application
        #define         BLTIME          2000        //xxx data receive timeout [ms]

I'm using the UART 1 than I'm using the default configuration.
Code:
;-------------------------------------------------------------------------------
; UART settings
;-------------------------------------------------------------------------------
        #define         USE_UART1       1           //xxx uncomment to use uart1
        ;#define        USE_UART2       1           //xxx uncomment to use uart2
        #define         BAUDRATE        115200      //xxx baudrate
        ;#define        USE_ABAUD       1           //xxx uncomment to use auto baud rate detection, READ ERRATA FIRST
        #define         USE_BRG16       1           //xxx uncomment to use 16-bit brg

        ;#define        USE_TXENABLE    1           //xxx uncomment to use a tx enable pin
        #ifdef USE_TXENABLE
            #define     TXE_DELAY       10          //xxx time in us to wait before transmitting after pulling the tx enable pin high
            #define     TRISR_TXE       TRISD       //xxx tris register containing tx enable
            #define     LATR_TXE        LATD        //xxx port register containing tx enable
            #define     TRISB_TXE       TRISD0      //xxx tris bit for tx enable
            #define     LATB_TXE        RD0         //xxx port bit for tx enable
        #endif

Changed the configuration bits session for 18F87J60.
Code:
;-------------------------------------------------------------------------------
; Configuration bits, these macros can be found at the end of the inc-files located in
; C:\Program Files\Microchip\MPASM Suite\
;
; These can also be set in MPLAB IDE instead, they are found in Configure->Configuration bits...
;-------------------------------------------------------------------------------

// PIC18F87J60 Configuration Bit Settings

// 'C' source line config statements

// CONFIG1L
config WDT = ON         // Watchdog Timer Enable bit (WDT enabled)
config STVR = ON        // Stack Overflow/Underflow Reset Enable bit (Reset on stack overflow/underflow enabled)
config XINST = ON       // Extended Instruction Set Enable bit (Instruction set extension and Indexed Addressing mode enabled)

// CONFIG1H
config CP0 = OFF        // Code Protection bit (Program memory is not code-protected)

// CONFIG2L
config FOSC = ECPLL     // Oscillator Selection bits (EC oscillator, PLL enabled and under software control, CLKO function on OSC2)
config FOSC2 = ON       // Default/Reset System Clock Select bit (Clock selected by FOSC1:FOSC0 as system clock is enabled when OSCCON<1:0> = 00)
config FCMEN = ON       // Fail-Safe Clock Monitor Enable (Fail-Safe Clock Monitor enabled)
config IESO = ON        // Two-Speed Start-up (Internal/External Oscillator Switchover) Control bit (Two-Speed Start-up enabled)

// CONFIG2H
config WDTPS = 32768    // Watchdog Timer Postscaler Select bits (1:32768)

// CONFIG3L

// CONFIG3H
config CCP2MX = ON      // ECCP2 MUX bit (ECCP2/P2A is multiplexed with RC1)
config ECCPMX = ON      // ECCP MUX bit (ECCP1 outputs (P1B/P1C) are multiplexed with RE6 and RE5; ECCP3 outputs (P3B/P3C) are multiplexed with RE4 and RE3)
config ETHLED = ON      // Ethernet LED Enable bit (RA0/RA1 are multiplexed with LEDA/LEDB when Ethernet module is enabled and function as I/O when Ethernet is disabled)


Did all configuration, I started to try compile.
The first problem was with STARTADDR.
[Image: STARTADDR-error.png]

Following the code I found that STARTADDR is using BLPL64WP.
Code:
        #define     STARTADDR               ( MAX_FLASH - (BLPL64WP * 64 * 2) )                 //bootloader placement

But this constant is just defined for 18F and not for 18FJ.
Code:
        #ifdef IS_18F
            #define     BLPL64WP        4                           //bootloader placement in 64 word pages from end
            #define     BLSIZE64WP      4                           //bootloader size in 64 word pages, used by bootloader protection

            #define     BLPLP           (BLPL64WP * 64/PAGESIZEW)   //bootloader placement, pages from end
            #define     BLSIZEP         (BLSIZE64WP * 64/PAGESIZEW) //bootloader size [pages], used by bootloader protection
        #endif

Another problem is that, on 18FJ define session, BLPL64WP and BLSIZE64WP are also used.
Code:
        #ifdef IS_18FJ
            #define     BLPLP512WP      2                           //bootloader placement in 512 word pages from end
            #define     BLSIZE512WP     1                           //bootloader size in 512 word pages, used by bootloader protection

            #define     BLPLP           (BLPL64WP * 512/PAGESIZEW)  //bootloader placement, pages from end
            #define     BLSIZEP         (BLSIZE64WP * 512/PAGESIZEW)//bootloader size [pages], used by bootloader protection
        #endif


I tried to solve this errors doing the followed changes.

On IS_18FJ define session:
Code:
        #ifdef IS_18FJ
            #define     BLPLP512WP      2                           //bootloader placement in 512 word pages from end
            #define     BLSIZE512WP     1                           //bootloader size in 512 word pages, used by bootloader protection

            #define     BLPLP           (BLPLP512WP * 512/PAGESIZEW)  //bootloader placement, pages from end
            #define     BLSIZEP         (BLSIZE512WP * 512/PAGESIZEW)//bootloader size [pages], used by bootloader protection
        #endif

On ds30loader.s:
Code:
        #ifdef IS_18FJ
        #define     STARTADDR               ( MAX_FLASH - (BLPLP512WP * 512 * 2) )                 //bootloader placement
    #else
        #define     STARTADDR               ( MAX_FLASH - (BLPL64WP * 64 * 2) )                 //bootloader placement
    #endif

Now it´s compiling with success but doesn't work.
The project is attached.

Any help is welcome.

.zip   firmware_18F_XC8_v01.zip (Size: 157.66 KB / Downloads: 5) ]]>
I'm already use ds30 loader for a long time and now I'm trying to compile a new version to test.
Will post what I did until now without success.

I'm using MPLAB X IDE v6.05 with MPLAB XC8 Compiler.

First I opened firmware_18F_XC8 project from source code.
On Project Properties I changed to PIC18F87J60 and chose pic-as. I tried with XC8 but I couldn't go ahead.

[Image: Project-Properties.png]

On settings.inc

Configured the processor:
Code:
;-------------------------------------------------------------------------------
; Device
;-------------------------------------------------------------------------------
        processor       18F87J60                    ;xxx

I'm using a crystal of 25MHz than changed the configuration for that.
Code:
;-------------------------------------------------------------------------------
; User preferences
;-------------------------------------------------------------------------------
        #define         OSCF            25000000    //xxx oscillator frequency (including pll)
        #define         BLINIT          2000        //xxx hello receive timeout [ms]
        #define         HELLOTRIES      2           //xxx number of non hello characters received before branching to the user application
        #define         BLTIME          2000        //xxx data receive timeout [ms]

I'm using the UART 1 than I'm using the default configuration.
Code:
;-------------------------------------------------------------------------------
; UART settings
;-------------------------------------------------------------------------------
        #define         USE_UART1       1           //xxx uncomment to use uart1
        ;#define        USE_UART2       1           //xxx uncomment to use uart2
        #define         BAUDRATE        115200      //xxx baudrate
        ;#define        USE_ABAUD       1           //xxx uncomment to use auto baud rate detection, READ ERRATA FIRST
        #define         USE_BRG16       1           //xxx uncomment to use 16-bit brg

        ;#define        USE_TXENABLE    1           //xxx uncomment to use a tx enable pin
        #ifdef USE_TXENABLE
            #define     TXE_DELAY       10          //xxx time in us to wait before transmitting after pulling the tx enable pin high
            #define     TRISR_TXE       TRISD       //xxx tris register containing tx enable
            #define     LATR_TXE        LATD        //xxx port register containing tx enable
            #define     TRISB_TXE       TRISD0      //xxx tris bit for tx enable
            #define     LATB_TXE        RD0         //xxx port bit for tx enable
        #endif

Changed the configuration bits session for 18F87J60.
Code:
;-------------------------------------------------------------------------------
; Configuration bits, these macros can be found at the end of the inc-files located in
; C:\Program Files\Microchip\MPASM Suite\
;
; These can also be set in MPLAB IDE instead, they are found in Configure->Configuration bits...
;-------------------------------------------------------------------------------

// PIC18F87J60 Configuration Bit Settings

// 'C' source line config statements

// CONFIG1L
config WDT = ON         // Watchdog Timer Enable bit (WDT enabled)
config STVR = ON        // Stack Overflow/Underflow Reset Enable bit (Reset on stack overflow/underflow enabled)
config XINST = ON       // Extended Instruction Set Enable bit (Instruction set extension and Indexed Addressing mode enabled)

// CONFIG1H
config CP0 = OFF        // Code Protection bit (Program memory is not code-protected)

// CONFIG2L
config FOSC = ECPLL     // Oscillator Selection bits (EC oscillator, PLL enabled and under software control, CLKO function on OSC2)
config FOSC2 = ON       // Default/Reset System Clock Select bit (Clock selected by FOSC1:FOSC0 as system clock is enabled when OSCCON<1:0> = 00)
config FCMEN = ON       // Fail-Safe Clock Monitor Enable (Fail-Safe Clock Monitor enabled)
config IESO = ON        // Two-Speed Start-up (Internal/External Oscillator Switchover) Control bit (Two-Speed Start-up enabled)

// CONFIG2H
config WDTPS = 32768    // Watchdog Timer Postscaler Select bits (1:32768)

// CONFIG3L

// CONFIG3H
config CCP2MX = ON      // ECCP2 MUX bit (ECCP2/P2A is multiplexed with RC1)
config ECCPMX = ON      // ECCP MUX bit (ECCP1 outputs (P1B/P1C) are multiplexed with RE6 and RE5; ECCP3 outputs (P3B/P3C) are multiplexed with RE4 and RE3)
config ETHLED = ON      // Ethernet LED Enable bit (RA0/RA1 are multiplexed with LEDA/LEDB when Ethernet module is enabled and function as I/O when Ethernet is disabled)


Did all configuration, I started to try compile.
The first problem was with STARTADDR.
[Image: STARTADDR-error.png]

Following the code I found that STARTADDR is using BLPL64WP.
Code:
        #define     STARTADDR               ( MAX_FLASH - (BLPL64WP * 64 * 2) )                 //bootloader placement

But this constant is just defined for 18F and not for 18FJ.
Code:
        #ifdef IS_18F
            #define     BLPL64WP        4                           //bootloader placement in 64 word pages from end
            #define     BLSIZE64WP      4                           //bootloader size in 64 word pages, used by bootloader protection

            #define     BLPLP           (BLPL64WP * 64/PAGESIZEW)   //bootloader placement, pages from end
            #define     BLSIZEP         (BLSIZE64WP * 64/PAGESIZEW) //bootloader size [pages], used by bootloader protection
        #endif

Another problem is that, on 18FJ define session, BLPL64WP and BLSIZE64WP are also used.
Code:
        #ifdef IS_18FJ
            #define     BLPLP512WP      2                           //bootloader placement in 512 word pages from end
            #define     BLSIZE512WP     1                           //bootloader size in 512 word pages, used by bootloader protection

            #define     BLPLP           (BLPL64WP * 512/PAGESIZEW)  //bootloader placement, pages from end
            #define     BLSIZEP         (BLSIZE64WP * 512/PAGESIZEW)//bootloader size [pages], used by bootloader protection
        #endif


I tried to solve this errors doing the followed changes.

On IS_18FJ define session:
Code:
        #ifdef IS_18FJ
            #define     BLPLP512WP      2                           //bootloader placement in 512 word pages from end
            #define     BLSIZE512WP     1                           //bootloader size in 512 word pages, used by bootloader protection

            #define     BLPLP           (BLPLP512WP * 512/PAGESIZEW)  //bootloader placement, pages from end
            #define     BLSIZEP         (BLSIZE512WP * 512/PAGESIZEW)//bootloader size [pages], used by bootloader protection
        #endif

On ds30loader.s:
Code:
        #ifdef IS_18FJ
        #define     STARTADDR               ( MAX_FLASH - (BLPLP512WP * 512 * 2) )                 //bootloader placement
    #else
        #define     STARTADDR               ( MAX_FLASH - (BLPL64WP * 64 * 2) )                 //bootloader placement
    #endif

Now it´s compiling with success but doesn't work.
The project is attached.

Any help is welcome.

.zip   firmware_18F_XC8_v01.zip (Size: 157.66 KB / Downloads: 5) ]]> <![CDATA[PIC18F25K50 does not respond]]> https://picbootloader.com/forum/showthread.php?tid=22455 Fri, 21 May 2021 04:50:23 +0200 jccortes]]> https://picbootloader.com/forum/showthread.php?tid=22455
it never responds, I have tested the port loading a program, and it works correctly, only the bootloader does not work

I am attaching my project in case you could help me

.zip   firmware_PIC18F_25K50_8Mhz_57600baud.zip (Size: 76.09 KB / Downloads: 1) ]]>
it never responds, I have tested the port loading a program, and it works correctly, only the bootloader does not work

I am attaching my project in case you could help me

.zip   firmware_PIC18F_25K50_8Mhz_57600baud.zip (Size: 76.09 KB / Downloads: 1) ]]> <![CDATA[pic18f46k22 bootloader]]> https://picbootloader.com/forum/showthread.php?tid=22406 Thu, 27 Aug 2020 09:28:13 +0200 sridhar]]> https://picbootloader.com/forum/showthread.php?tid=22406 I am updating pic18f46k22 bootloader to help others in developing bootloader
as it helped me 
Best Regards
 R Sridhar

.zip   v6 pic18f46k22detected but need for pic18f46k80 bootloader.zip (Size: 101.35 KB / Downloads: 35) ]]> I am updating pic18f46k22 bootloader to help others in developing bootloader
as it helped me 
Best Regards
 R Sridhar

.zip   v6 pic18f46k22detected but need for pic18f46k80 bootloader.zip (Size: 101.35 KB / Downloads: 35) ]]> <![CDATA[pic18f bootloader purchase]]> https://picbootloader.com/forum/showthread.php?tid=22379 Fri, 10 Jul 2020 08:19:52 +0200 sridhar]]> https://picbootloader.com/forum/showthread.php?tid=22379 I need boot loader for pic 18f 27q10 micro controller
It will be good if it supports vast series
I want to buy commercial one 
Please provide link
Thanks
R Sridhar]]> I need boot loader for pic 18f 27q10 micro controller
It will be good if it supports vast series
I want to buy commercial one 
Please provide link
Thanks
R Sridhar]]> <![CDATA[pic18f46k22]]> https://picbootloader.com/forum/showthread.php?tid=22378 Thu, 09 Jul 2020 07:18:06 +0200 sridhar]]> https://picbootloader.com/forum/showthread.php?tid=22378 I am trying to develop bootloader for pic18f46k80 microcontroller
But currently i am having pic18f46k22 microcontroller
So developing my code for that pic18f46k22 microcontroller

The bootloader can detect the microcontroller 
But I can't able to tick write and I don't know why?

I am attaching my code for reference
Please someone give any suggestions

Thanks in advance
R Sridhar

.zip   v5 pic18f46k22 57600BR switchra6.zip (Size: 101.51 KB / Downloads: 5) ]]> I am trying to develop bootloader for pic18f46k80 microcontroller
But currently i am having pic18f46k22 microcontroller
So developing my code for that pic18f46k22 microcontroller

The bootloader can detect the microcontroller 
But I can't able to tick write and I don't know why?

I am attaching my code for reference
Please someone give any suggestions

Thanks in advance
R Sridhar

.zip   v5 pic18f46k22 57600BR switchra6.zip (Size: 101.51 KB / Downloads: 5) ]]> <![CDATA[pic18f27q10]]> https://picbootloader.com/forum/showthread.php?tid=22341 Wed, 10 Jun 2020 05:03:18 +0200 sridhar]]> https://picbootloader.com/forum/showthread.php?tid=22341 Please anyone can send boot loader code for this controller or similar
to this controller
Thanks
R Sridhar]]> Please anyone can send boot loader code for this controller or similar
to this controller
Thanks
R Sridhar]]> <![CDATA[Searching for bootloader times out]]> https://picbootloader.com/forum/showthread.php?tid=22335 Thu, 28 May 2020 14:17:37 +0200 Kevin4455]]> https://picbootloader.com/forum/showthread.php?tid=22335

Code:
Initiating read...
      Searching for bl . . . . . . . . . . . . . . . . . . . . . timed out
      Read  failed

whenever I try to update the dsPIC30F6013A . 

Debug mode does not show anything aside from the above. Should I overwrite the bootloader?]]>

Code:
Initiating read...
      Searching for bl . . . . . . . . . . . . . . . . . . . . . timed out
      Read  failed

whenever I try to update the dsPIC30F6013A . 

Debug mode does not show anything aside from the above. Should I overwrite the bootloader?]]> <![CDATA[pic24fj256ga106 cannot succeed make it work]]> https://picbootloader.com/forum/showthread.php?tid=22298 Tue, 31 Mar 2020 09:25:52 +0200 kabouras_33]]> https://picbootloader.com/forum/showthread.php?tid=22298 Hello, and I hope you are well in such difficult times that we are going through!!!please be safe and stay home!
Now ...my name is George and I am here to ask for your help.
Well, I am trying to implement a bootloader for the pic24fj256ga106 but after days of trying I thing I cannot....i used successfully the 18f firmware to program a 18f67j50 it went like a breeze perfect....well it is not the same case for the pic 24..... I will upload the project I have made with the relative changes ( boot_mplab_project ) so if someone has any suggestions it would be great.
I changed the configuration bits, I remapped the inputs/outputs, I changed the fcy.....nothing.
Thanks a lot and once again stay safe]]> Hello, and I hope you are well in such difficult times that we are going through!!!please be safe and stay home!
Now ...my name is George and I am here to ask for your help.
Well, I am trying to implement a bootloader for the pic24fj256ga106 but after days of trying I thing I cannot....i used successfully the 18f firmware to program a 18f67j50 it went like a breeze perfect....well it is not the same case for the pic 24..... I will upload the project I have made with the relative changes ( boot_mplab_project ) so if someone has any suggestions it would be great.
I changed the configuration bits, I remapped the inputs/outputs, I changed the fcy.....nothing.
Thanks a lot and once again stay safe]]> <![CDATA[PIC16F1938 bootloader]]> https://picbootloader.com/forum/showthread.php?tid=22194 Wed, 21 Aug 2019 06:20:25 +0200 sridhar]]> https://picbootloader.com/forum/showthread.php?tid=22194
I have attached the bootloader for PIC16F1938 with little modicafications
in the original code.
It may help someone as like me.
I have used pin RA5 for bootloader mode during power ON condition for 
2 seconds , after which it will go to user application.

Thanks

.zip   ds30 Loader -v26 hwlck for boot.zip (Size: 1,022.94 KB / Downloads: 27) ]]>
I have attached the bootloader for PIC16F1938 with little modicafications
in the original code.
It may help someone as like me.
I have used pin RA5 for bootloader mode during power ON condition for 
2 seconds , after which it will go to user application.

Thanks

.zip   ds30 Loader -v26 hwlck for boot.zip (Size: 1,022.94 KB / Downloads: 27) ]]> <![CDATA[dspic30f6012A bootloader found but write fails]]> https://picbootloader.com/forum/showthread.php?tid=22190 Mon, 19 Aug 2019 10:25:45 +0200 sridhar]]> https://picbootloader.com/forum/showthread.php?tid=22190 I dont know what issue i am facing.I have configured oscillator and uart;I have checked uart in appplication
The issue i am facing is ia cant able to uploade hex file ,but the bootloader detection is happening.

please reply

.zip   bootloader dsv27.zip (Size: 371.12 KB / Downloads: 10) ]]> I dont know what issue i am facing.I have configured oscillator and uart;I have checked uart in appplication
The issue i am facing is ia cant able to uploade hex file ,but the bootloader detection is happening.

please reply

.zip   bootloader dsv27.zip (Size: 371.12 KB / Downloads: 10) ]]> <![CDATA[hex file]]> https://picbootloader.com/forum/showthread.php?tid=22073 Sat, 26 Jan 2019 18:44:17 +0100 chicobreaux58@gmail.com]]> https://picbootloader.com/forum/showthread.php?tid=22073 it tells me that the hex file does not exist
can anyone point me in the right direction on getting this hex file
thanks]]> it tells me that the hex file does not exist
can anyone point me in the right direction on getting this hex file
thanks]]>