The TZ1053 Telran contains an enhanced 8051 running Toumaz’s Nanopower Sensor Protocol (NSP) allowing developers to program and control the device easily with high level commands either over a standard interface such as UART or “over the air”. Target applications include the development of two-way communication remote controls for consumer electronic devices; wireless sensor networks and base-stations.
The IC supports networking and communication modes including P2P (Point to Point), star network (up to 8 sensor nodes) and basestation-to-basestation communication. The chip sustains data rates of 50 kbps with a range greater than 100m line of sight using a high gain antenna, or 20m from a PCB or chip antenna in a body-worn environment.
The TZ1053 can connect directly to SPI/I2C sensors. A Telran developer kit will also be available at the end of February, including a USB Telran basestation, the Telran RF module and an accelerometer sensor board with demo and PC application.
- Bidirectional secure wireless transceiver with AES 128 encryption in hardware
- Single battery cell: supply 1.08V – 1.5V
- Peak Tx/Rx current 3.3mA/3.1mA
- NSP protocol giving robust and easy to use radio network.
- Point to point and star network supported
- Raw data rate 50kbps
- Range:10m to 100m los (100m with 0dBi antenna, >10m with chip antenna on TDK)
- Simple configuration through system commands via UART/SPI. No compilers needed
- Over the Air (OTA) configuration and programming of sensor node
- Local processing of compact algorithms (up to 2k byte) on sensor node.
- Interfaces – GPIO x5/SPI/UART/I2C compatible
- 3V tolerant digital I/Os
- Unique 48bit fuse ID, 128 bit customer field
- Temperature range -40 to +85deg C
- 32pin VQFN 5x5x0.9mm
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