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MMWK
mmWave Kit | mmwk
VENTROPIC_RTP
VENTROPIC_RTP product board
mmWave Kit | mmwk
VENTROPIC-RTL
VENTROPIC-RTL product board
mmWave Kit | mmwk
VENTROPIC-RPI
VENTROPIC-RPI product board
mmWave Kit | mmwk
ML6432Ax Series
For standalone 6432 radar-board integration paths, including ML6432A and ML6432A_BO for low-power presence and vital-sign-oriented applications.
ML6432Ax series product boards
mmWave Kit | mmwk
MDR Series
For WDR/MDR deployments that combine the ML6432A_BO radar board, the MDR-M controller board, and 4G communication in one integrated sensing system.
MDR series integrated product boards
MMWK Highlights
One platform for research, control, deployment, and productization.
MMWK includes the open-source MMWK_CLI, commonly used ESP research firmware, and radar firmware, then extends TI radar workflows into a deployment-ready product path from research and control to delivery and scale.
Solutions Platform
Research-grade MMWK platform
A product-level mmWave platform across 6843 and 6432 paths, with TI firmware compatibility, dual-MCU separation, and room for ESP-side networking, AI logic, and application expansion.
Featured Example · ROID
High-rate vital-sign research that scales
ROID keeps layered outputs from RAW ROI to PHASE, BREATH, and HEART, reducing fragmented capture workflows and making it easier to move from signal study to product-facing validation.
Deployment Readiness
From validation to field deployment on one stack
MMWK extends TI EVM workflows with Wi-Fi, MQTT, 4G, OTA, and on-device ESP processing, so the same `.bin + .cfg` path can continue into real scenarios without rebuilding everything around the radar.
Open Control Plane
One operational surface for humans and agents
The open-source mmwk_cli provides discovery, flash, OTA, status inspection, raw capture, and runtime control over UART and MQTT, with CLI JSON as the default protocol and MCP compatibility when explicitly needed.
Product Design Service
ID and MD paths toward product-ready hardware
Existing enclosure baselines for MINI, PRO, and RPI can shorten concept work, while ID and MD services adapt radar modules to installation, protection, cable routing, and maintenance constraints.
R&D Services
Algorithms, firmware, and applications delivered together
The delivery path can extend from radar algorithms and device-side engineering to dashboards, cloud integrations, and mobile applications that turn sensing output into usable product behavior.