ThingMagic Development Kits
Mercury DevKit Hardware Contents
- RFID Module mounted in DevKit chassis
- 9V AC Power adapter
- Sample RFID tags
- USB cable
- Antenna Cable
- 7.5-inch wideband antenna
MERCURY DevKit
The Mercury DevKit for ThingMagic UHF RFID modules contains all the components necessary to begin reading and writing RFID tags and developing RFID-enabled applications. A powerful application programming interface (MercuryAPI) provides code examples, a graphical read-write demo program, and delivers a consistent programmatic interface for development with all ThingMagic readers and embedded module products.
Impinj Development Kits
| Part Number | Description |
|---|---|
| IPJ-E4001-1 | Indy RS2000-1 Development Kit (all regions except Japan and China) |
| IPJ-E4001-2 | Indy RS2000-2 Development Kit (900 MHz regions including Japan and China) |
| IPJ-E4000-GX | Indy RS500-GX Development Kit (Americas/APAC) |
| IPJ-E4000-EU | Indy RS500-EU Development Kit (ETSI/EU) |
| IPJ-E3002 | Indy R2000 Development Kit (FCC & ETSI) |
| IPJ-E6002 | Monza X Development Kit |
RS2000 Development Kit
The Indy RS2000 Development Kit is your first step towards developing an embedded RAIN RFID reader. The kit enables developers with all the components needed to evaluate the Indy RS2000 SiP and prototype their embedded RAIN RFID reader.
The RS2000 Development Kit includes:
- Main development board
- Mini-USB
- RS323 DB9, UART serial
- 3V TTL (header), UART serial
- 5V power supply
- Near and far field antennas
- Tag samples
- 2 sample SiPs for prototyping
- All necessary cabling
- USB thumb drive with documentation and demo application
RS500 Development Kit
The Indy RS500 reader SiP (system-in-package) is a completely integrated reader in a small surface mount package. The Indy RS500 and the RS500 Development Kit makes embedding RAIN RFID easy. Simply connect DC, UART communication and an antenna to start reading tags.
RS500 Development Kit includes:
- Main development board
- Mini-USB
- RS323 DB9, UART serial
- 3V TTL (header), UART serial
- USB powered or 3.6-5V supply
- Near and far field antennas
- Tag samples
- 3 sample RS500 SiPs for prototyping
- All necessary cabling



