Bluetooth Low Energy 5 / Sub-1GHz / Zigbee / AH / LORA RF Modem SOC
OverviewFeaturesRequest Datasheet
(日本語) A complete RF Modem companion chip for adding Bluetooth Low Energy (BLE) v5.x (2.4GHz), Sub-1GHz (150-960MHz), 802.15.4(Zigbee), 802.11 AH and LORA capability to any embedded CPU SoC via a standard SPI interface. Integrated Bluetooth Low Energy (BLE) Link Layer and FSK, GFSK, OOK Modem enables data rates of 2Mbps for Bluetooth and 50Kbps for Sub-1GHz. Connection range from ~100 meters with Bluetooth to ~50Km over Sub-1GHz ISM band.
Standard SPI interface plus chip select & packet sync pins for interfacing a MCU or SOC and accessing an integrated AES engine for data encryption/decryption. No external RAM, ROM or Flash is not required.
Low cost & simple upgrade to any embedded MCU system.
(日本語)
Key features:
- RF Front end SoC with integrated modem: 2.4GHz - Bluetooth Low Energy (BLE) v5.x
- Bluetooth Low Energy (BLE) v5 Link Layer Integrated, 15.4 / ZigBee
-
- 150-960MHz - Sub-1GHz ISM
-
- FSK, GFSK, OOK Modulation
-
- 15.4 & 15.4G
-
- GFSK and O-QPSK Modulation
-
- 802.11 AH
-
- LORA (Mod/Freq Compatible)
-
- Proprietary Software Defined Radio links
- RF Tx power:
- +5dBm Bluetooth
-
- +16dBm Sub-1GHz
- Data Rate Supported:
- 2Mbps & 1Mbps (Bluetooth)
-
- 50Kbps (Sub-1GHz)
- Bluetooth® 5 Low Energy (BLE) Certified
- BQB Certification as a PHY component
- Integrated functionality:
- CRC & AES-CCM HW security engine
-
- Frequency hopping
-
- Frequency offset cancellation loop
-
- Programmable channel filter bandwidth
-
- RSSI read-out
-
- 16MHz or 32MHz crystal
-
- 16MHz clock output for MCU or SOC
-
- Integrated DC/DC and LDO regulator
- SPI interface (Tx/Rx) to MCU or SOC
- Protocol Stack & Profiles running on companion CPU
- Compatible with 3rd party Stacks
- Very Low Power Consumption, Standby & Deep Sleep functions
- PMU for power-saving states
Availability:
- 28-pin QFN (4x4) package, MOQ: 5Kpcs
- Known Good Die , MOQ: 1 boat / 25 wafers
- IP for Technology Transfer
- EVKs with Processor and SW integrated.