Custom Smartphone Motherboard Design
Budget: ₹12,500 – ₹37,500 INR
I’m ready to commission a brand-new smartphone motherboard designed entirely from the ground up. The end device must handle intensive, high-performance tasks while still excelling at everyday business and productivity workflows, so the architecture has to strike a careful balance between CPU muscle and GPU efficiency.
Core performance focus
From the outset, the board should deliver balanced CPU + GPU throughput rather than favoring one side. Think seamless multitasking, responsive UI, and smooth graphics without thermal throttling.
Essential feature support
The finished design has to integrate:
• 5G connectivity
• High-resolution display driving capability
• Extended battery-life optimisation circuitry
What I will supply after award
– Detailed component preferences, performance targets, I/O map, and form-factor constraints
– Any brand or compliance requirements relevant to manufacturing
What I need from you
– Complete schematic capture (Altium, KiCad, or similar)
– Layer-stack definition and PCB layout ready for fabrication
– Validated component BOM with sourcing notes
– Power, signal-integrity, and thermal simulations showing the board meets the brief
– Post-layout design review report and manufacturable Gerber files
Acceptance criteria
The deliverables must compile error-free, fit the specified mechanical envelope, and demonstrate through simulation or prototype test logs that the board sustains balanced CPU/GPU loads while maintaining the battery-life targets I’ll outline.
If this end-to-end hardware challenge excites you and you have proven smartphone or tablet board experience, let’s talk details.
Core performance focus
From the outset, the board should deliver balanced CPU + GPU throughput rather than favoring one side. Think seamless multitasking, responsive UI, and smooth graphics without thermal throttling.
Essential feature support
The finished design has to integrate:
• 5G connectivity
• High-resolution display driving capability
• Extended battery-life optimisation circuitry
What I will supply after award
– Detailed component preferences, performance targets, I/O map, and form-factor constraints
– Any brand or compliance requirements relevant to manufacturing
What I need from you
– Complete schematic capture (Altium, KiCad, or similar)
– Layer-stack definition and PCB layout ready for fabrication
– Validated component BOM with sourcing notes
– Power, signal-integrity, and thermal simulations showing the board meets the brief
– Post-layout design review report and manufacturable Gerber files
Acceptance criteria
The deliverables must compile error-free, fit the specified mechanical envelope, and demonstrate through simulation or prototype test logs that the board sustains balanced CPU/GPU loads while maintaining the battery-life targets I’ll outline.
If this end-to-end hardware challenge excites you and you have proven smartphone or tablet board experience, let’s talk details.