Specifications
Part NumberCC1200
ManufacturerTexas Instruments
TypeSub-1GHz RF Transceiver (FSK/MSK/OOK)
Frequency Range119 MHz – 1050 MHz
Modulation2-FSK, 4-FSK, GFSK, MSK, OOK
Max TX Power+16 dBm (configurable)
RX Sensitivity (@ 1.2 kbps)−123 dBm
RX Near Sens. (@ 50 kbps)−110 dBm
Max Data Rate1.25 Mbps
RX Current23 mA typical
TX Current (@ +14 dBm)46 mA typical
Built-in SecurityAES-128 hardware encryption engine
PackageQFN-32 (5×5mm)
Supply Voltage2.0 V – 3.6 V
Operating Temperature−40°C to +85°C
Supply Voltage (VDD)2.0 V – 3.6 V
TX Current (@ +14 dBm)46 mA typical
TX Current (@ +10 dBm)33 mA typical
RX Current23 mA typical
Sleep Current0.2 µA (power-down mode)
Output Power Range−16 to +16 dBm (programmable)
Data Rate Range0.1 kbps – 1.25 Mbps
Frequency Deviation±0.125 kHz to ±500 kHz
Channel SpacingDown to 12.5 kHz
Reference Crystal40 MHz (TCXO supported)
Digital Interface4-wire SPI (up to 10 MHz SCLK)
Logic Level1.8V – 3.6V
GPIO Pins3 configurable GDO lines
Antenna InterfaceDifferential + single-ended 50Ω RF port options
Packet EngineHardware CRC, whitening, preamble/SFD generation
AES Engine128-bit hardware encryption/decryption
RX Sniff ModeYes — fast channel scanning capability
eWOR (Event WOR)Yes — automatic low-power wake-on-radio
Pins32-pin QFN (SPI, GDO0–2, RF_P, RF_N, XOSC, VBAT, GND)
Part NumberCC1200
Orderable Qty1 pcs – 10,000+ pcs
Price (1–9 pcs)Contact for quote
Price (10–99 pcs)Contact for quote
Price (100–499 pcs)Contact for quote
Price (500+ pcs)Best pricing available
Lead Time (stock)3–7 business days
PackagingTape & Reel (T&R)
RoHS CompliantYes (Pb-free)
Product Description

The CC1200 from Texas Instruments is a high-performance Sub-1GHz RF transceiver covering an exceptional 119 MHz to 1050 MHz frequency range. In a compact QFN-32 (5×5mm) package, it supports an unusually broad set of modulation formats — 2-FSK, 4-FSK, GFSK, MSK, and OOK — with a top data rate of 1.25 Mbps. This combination of frequency agility, modulation flexibility, and high throughput makes it a compelling choice for custom UAV telemetry links that go beyond what LoRa-based solutions can offer in terms of raw data speed.

Where the CC1200 truly differentiates itself is its best-in-class data rate for Sub-1GHz FSK. At 1.25 Mbps, it can carry compressed telemetry data, OSD overlay information, and even low-resolution video thumbnails — use cases where LoRa's maximum 62.5 kbps would be insufficient. The built-in AES-128 hardware encryption engine provides link-layer security without MCU overhead, essential for military and commercial UAV operations requiring encrypted command and control links.

The CC1200 is the hardware core of the OpenLRSng open-source project, powering long-range RC control and telemetry systems that predate ExpressLRS. Its eWOR (Event Wake-On-Radio) feature enables ultra-low-power receiver operation where the radio wakes only when a valid signal is detected — ideal for battery-powered remote telemetry nodes and sensor beacons deployed in the field for extended missions.

With −123 dBm sensitivity at 1.2 kbps and +16 dBm TX power, the CC1200 achieves solid range in Sub-1GHz ISM bands (868/915 MHz). While its narrowband sensitivity doesn't match LoRa's −148 dBm, its channel spacing down to 12.5 kHz and RX Sniff Mode for fast channel scanning provide excellent frequency reuse in congested spectrum. The differential RF port design also simplifies antenna matching and balun integration.

Key Features

  • Widest Sub-1GHz coverage: 119–1050 MHz — all ISM bands in one device
  • Multi-modulation: 2-FSK, 4-FSK, GFSK, MSK, OOK for protocol flexibility
  • 1.25 Mbps max data rate — highest in its class for Sub-1GHz FSK
  • Built-in AES-128 hardware encryption with no MCU processing overhead
  • +16 dBm programmable TX power with −123 dBm sensitivity at 1.2 kbps
  • eWOR (Event Wake-On-Radio) for ultra-low-power remote node operation
  • RX Sniff Mode for fast channel assessment and frequency agility
  • Channel spacing down to 12.5 kHz for dense spectrum efficiency
Frequently Asked Questions
CC1200 vs SX1276 LoRa — which is better for UAV telemetry?
The CC1200 wins on data rate (1.25 Mbps vs 62.5 kbps LoRa) and AES-128 hardware encryption. The SX1276 wins on sensitivity (−148 dBm vs −123 dBm) and link budget for extreme range. For high-speed telemetry, OSD data streaming, and applications needing encryption, choose CC1200. For maximum range with moderate data rates, choose LoRa-based SX1276 or SX1261.
What is the maximum data rate for UAV video — can CC1200 transmit FPV?
At 1.25 Mbps raw data rate, effective throughput with packet overhead is approximately 800–1000 kbps. This is insufficient for real-time FPV video but can carry compressed telemetry, OSD data, still image captures, and low-frame-rate situational awareness video (e.g., 1-2 fps). For full-motion FPV, a dedicated 5.8 GHz analog or digital video link should be used alongside the CC1200 for command/telemetry.
What range can I expect at 868/915 MHz with CC1200?
At narrowband settings (1.2 kbps, 12.5 kHz channel), the CC1200 achieves approximately 5–8 km line-of-sight with a 3 dBi antenna. At higher data rates (100 kbps), range decreases to 1–3 km. For long-range RC control (OpenLRSng configuration), typical range is 5–10 km at moderate data rates. The CC1200 does not match LoRa range but provides significantly higher throughput at medium distances — ideal for multirotor and fixed-wing UAVs within BVLOS corridors.

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UAV Applications
Proprietary UAV Telemetry Link
High-speed FSK telemetry at up to 1.25 Mbps for custom UAV data links. Ideal when LoRa data rates are insufficient for your application's throughput requirements.
OpenLRSng Hardware Platform
Core RF IC for the OpenLRSng open-source long-range RC system. Proven platform for 5–10 km control links with configurable data rates and channel settings.
Encrypted Command & Control Link
Built-in AES-128 hardware encryption with zero MCU overhead. Meets requirements for military and commercial UAV missions requiring secure C2 communications.
Redundant Telemetry Backup Radio
Deployed as a secondary telemetry radio alongside primary LoRa link. Provides frequency diversity (different ISM band) and modulation redundancy for safety-critical operations.
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Sourcing Notes

The CC1200 is an active production part from Texas Instruments with mature supply chains. UAVCHIP sources through TI authorized distribution with full lot traceability and factory-original packaging. All units are handled under ESD-safe conditions per IEC 61340-5-1 and stored in moisture-controlled MSL-3 environments.

TI's CC1200 has been in production for over a decade, making it one of the most reliable and well-documented Sub-1GHz transceivers available. UAVCHIP verifies date codes and reel integrity for all shipments. For volume production orders, we can arrange scheduled deliveries with reserved allocation to support your manufacturing pipeline.

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