2.4 GHz FSK Receiver Design
Budget: $250 – $750 USD
I need a complete design for an FSK RF receiver that operates at 2.4 GHz with a channel bandwidth of 2 MHz. The end product is destined for compact consumer-electronics hardware, so every decision has to balance performance with tight power and size constraints.
Key features I must hit:
• Low power consumption
• High data rate
The demodulator has to handle GFSK only; no other modulation schemes are required. If you have an existing IP block or proven architecture that already meets these specs, I’m open to licensing it—otherwise, a ground-up design is fine.
I’m expecting schematics, layout (Altium, KiCad or similar), a BOM that can be sourced today, and simulation or bench results that prove sensitivity, selectivity and data-rate targets at the stated bandwidth. Please let me know what test equipment or software you’ll use so we can agree on acceptance criteria up front.
Key features I must hit:
• Low power consumption
• High data rate
The demodulator has to handle GFSK only; no other modulation schemes are required. If you have an existing IP block or proven architecture that already meets these specs, I’m open to licensing it—otherwise, a ground-up design is fine.
I’m expecting schematics, layout (Altium, KiCad or similar), a BOM that can be sourced today, and simulation or bench results that prove sensitivity, selectivity and data-rate targets at the stated bandwidth. Please let me know what test equipment or software you’ll use so we can agree on acceptance criteria up front.