Texas Instruments CC1200DK

Overview

CC1200DK from Texas Instruments is a development kit for the CC1200 sub-1 GHz RF transceiver, enabling rapid evaluation of wireless link performance, packet error rate (PER), and register-level radio configuration via SmartRF Studio. It includes two SmartRF Transceiver Evaluation Boards (TrxEB), two CC1200EM 868/930 MHz evaluation modules, two W5017 pulse antennas (2 dBi gain), an MSP430 debugger, cables, and documentation. Designed for R&D use in low-power RF applications including sensor networks and industrial telemetry.

For engineers reviewing the CC1200DK datasheet, CC1200DK pinout, CC1200DK application, or CC1200DK equivalent, this page provides verified technical context, key specifications, supply availability, manufacturer background, and answers to common selection and setup questions - all specific to the CC1200DK evaluation kit's hardware composition, test capabilities, and regulatory compliance scope.

Technical Context

The CC1200DK implements a dual-node RF test platform using TI's SmartRF TrxEB baseboards and CC1200EM daughterboards. Each TrxEB supports UART communication with a PC via virtual COM port, onboard LCD interface, five pushbuttons, LEDs, and configurable power sources (AA batteries, USB, or external 3.3 VDC supply). The kit enables one-way PER testing in Easy Mode or advanced link-layer analysis using SmartRF Studio.

Hardware-level configuration is managed through S1/S2 board mode switches and jumper-selectable power headers. The CC1200EM modules operate at 868 MHz or 930 MHz ISM bands, are FCC/IC/ETSI compliant (0–35°C), and connect to W5017 SMA antennas. No on-board certification applies - users must validate final system compliance per regional requirements.

Key Specifications

Availability

CC1200DK is available at Aetrix Electronics and suitable for low-power RF prototyping, wireless sensor network validation, and sub-GHz link budget analysis requiring stable component supply and traceable evaluation hardware sourcing.

Supply support for CC1200DK includes scheduled delivery planning, volume procurement assistance, BOM continuity management, traceable sourcing, and lifecycle availability coordination for OEM customers, industrial embedded developers, connected-device designers, and electronics production programs.

Manufacturer

Texas Instruments (TI) is a global semiconductor company headquartered in Dallas, Texas, specializing in analog, embedded processing, and wireless connectivity solutions for industrial, automotive, and consumer markets.

The CC1200DK belongs to TI's Low-Power RF (LPRF) evaluation platform family, designed specifically to accelerate development and characterization of sub-1 GHz wireless systems using TI's CC1200 transceiver ICs.

FAQ

What is the CC1200DK and how does it differ from the CC1200 IC?

The CC1200DK is a complete development kit containing hardware and software tools to evaluate the CC1200 sub-1 GHz RF transceiver IC - it is not the IC itself. While the CC1200 is a standalone transceiver chip, the CC1200DK includes two SmartRF TrxEB boards, two CC1200EM modules, antennas, debugger, and documentation. Its purpose is functional validation and RF performance testing, not integration into end products. The CC1200DK cannot be substituted for the CC1200 IC in production designs.

Does the CC1200DK include FCC or ETSI certification for direct deployment?

No, the CC1200DK is explicitly designed but not certified for FCC Part 15, IC RSS-210, or ETSI EN 300 220 compliance. TI states that the RF boards are intended for R&D use only and require full system-level certification by the end user before commercial deployment. Regulatory approval must be obtained separately for any final product incorporating CC1200-based hardware.

Can the CC1200DK be powered by rechargeable batteries?

No - the CC1200DK user guide explicitly warns against using rechargeable batteries due to risk of damage or unsafe operation. Only non-rechargeable alkaline AA batteries (1.5 V each) are approved for battery-powered operation. Using NiMH, Li-ion, or other rechargeable cells violates the kit's safety guidelines and may cause malfunction or permanent damage to the TrxEB voltage regulation circuitry.

What software tools are required to use the CC1200DK?

SmartRF Studio is the primary software tool required to configure, test, and analyze the CC1200DK. It must be downloaded from ti.com/smartrfstudio and supports register-level control, link tests, and performance visualization. Optional tools include IAR Embedded Workbench for MSP430 and SmartRF Flash Programmer for firmware updates - both referenced in the CC1200DK Quick Start Guide as supported development environments.

Is the CC1200DK compatible with other TI evaluation platforms like the CC1120 or CC1310?

The CC1200DK is mechanically and electrically specific to the CC1200EM module and SmartRF TrxEB baseboard design. While the TrxEB form factor is shared across some TI LPRF kits, the CC1200EM is not interchangeable with CC1120EM or CC1310EM modules due to differences in pinout, RF layout, and firmware dependencies. Direct substitution is not supported - each EM requires its corresponding validated hardware and software stack.