MINI
TI Radar Coverage
Solutions across multiple TI radar product paths.
Wavvar covers 6843 sensing modules, 6432 radar boards, and integrated WDR systems inside one deployment-ready platform story.
Covered products
MINI
RTP
RTL
CFH
RPI
ML6432A
ML6432A_BO
WDR
Solutions Platform
Research-grade mmWave solutions platform, ready for market.
Wavvar provides deployable mmWave solutions across 6843 and 6432 platforms, with open device control, high-rate research workflows, and hardware paths built for scale.
6843 + 6432
One solutions story across high-performance spatial sensing and low-power embedded paths.
Open control
Operate hardware through UART, MQTT, raw capture, OTA, and a shared CLI surface.
For developers
Built for integrators, researchers, and teams shipping real radar-backed products.
Ready for market
Move from lab workflows to deployment paths without rebuilding everything around the radar.
Featured Example · ROID
Across 6843 and 6432
High-rate research without extra fragmentation
Structured output for real workflows
ROID makes high-rate vital-sign research easier to scale.
ROID is a Wavvar featured example for contactless vital-sign research. It shows how the platform can support both 6843 and 6432 solution paths, reduce dependence on fragmented capture workflows, and make large-scale experiments, deployment, and productization much easier.
Use one Wavvar solutions narrative across multiple hardware paths instead of treating research as a single-board experiment.
ROID is designed to shorten the path between signal exploration, repeatable experiments, and product-facing development.
Support raw and compute-oriented flows for teams doing signal analysis, edge processing, and solution iteration.
Why teams care
Built to move beyond evaluation.
Wavvar solutions are shaped for teams that need research credibility, deployable hardware, and commercial continuity in the same stack.
Spend less time stitching together external research tooling and more time validating useful signals.
Carry the same platform story from experiments to field-ready systems.
Use featured solutions like ROID to show customers and partners something closer to a real product path.
Ready to deploy. Ready to scale.
Wavvar shortens the distance between radar validation and market deployment with deployable hardware, standardized operating flows, and solution paths built for integration teams.
Move faster from validation to product integration without treating deployment as a separate reinvention project.
Use UART, MQTT, OTA, raw capture, and configuration workflows as part of the product path instead of bolted-on tooling.
Select compact modules, integrated systems, or specialized devices depending on where the opportunity is.
An open control plane for developers and AI agents
./mmwk_cli.sh device hi -p /dev/cu.usbserial-0001
./mmwk_cli.sh network mqtt --mqtt-uri mqtt://broker:1883 -p /dev/cu.usbserial-0001
./mmwk_cli.sh radar flash --fw radar.bin --cfg radar.cfg -p /dev/cu.usbserial-0001
./mmwk_cli.sh collect --duration 12 --data-output ./data.sraw --resp-output ./cmd.log -p /dev/cu.usbserial-0001
Open Control Plane
Open-source mmwk_cli
Agent-friendly by design
Commands that map to operations
mmwk_cli gives humans and agents the same operational surface.
Control MMWK hardware over UART and MQTT through an open-source CLI designed for structured control. Flash firmware, inspect status, configure networking, capture raw output, and automate bring-up without building custom glue first.
A documented control surface for daily development, debugging, deployment, and support workflows.
Structured commands, CLI JSON semantics, and MCP compatibility make the platform workable for autonomous tooling.
Discovery, flash, OTA, raw capture, and runtime control live on the same operational path.
Choose the hardware path that fits the job.
These are the primary MMWK hardware paths. Use the buy button on each card to open a purchase inquiry.
RPX Series
For independent sensing modules and compact development platforms, including the 6843 branch and the RPI 6432 platform.
ML6432Ax Series
For standalone 6432 radar-board integration paths, including ML6432A and ML6432A_BO for low-power presence and vital-sign-oriented applications.
WDR System
For connected deployments that need integrated controller, radar, and communication layers in one WDR product path.
Product Design Service
ID / MD services for product-ready radar hardware.
Some Wavvar modules already have designed enclosures. Wavvar also provides industrial design and mechanical design services to carry radar modules into manufacturable products, with room for installation, protection, cable routing, and product-identity requirements.
MINI, PRO, and RPI already have enclosure references that can shorten concept work and pilot delivery.
Adapt the radar subsystem for mounting, industrial packaging, field use, and the physical realities of the final product.
Treat the radar module as one subsystem inside a complete product instead of leaving enclosure and integration work for later.
MINI Enclosure
A compact housing reference for fast integration, pilot hardware, and space-sensitive product concepts.
PRO Enclosure
A more capable packaging direction for richer I/O, industrial integration, and product-ready system design.
RPI Enclosure
A 6432-class enclosure baseline for embedded sensing products that need a cleaner path to finished hardware.
R&D Services
Radar algorithms
Device-side engineering
Application delivery
Algorithms, firmware, and applications built with the hardware.
Wavvar provides algorithm development and application R&D on top of the modules, from radar sensing logic to device software, cloud services, and mobile applications that make the sensing stack usable in real products.
Develop and tune vital-sign, presence, people-tracking, and custom sensing pipelines around the target use case.
Build ESP-side control logic, high-frequency radar firmware on supported configurations, data flows, OTA paths, and custom protocol layers.
Ship dashboards, cloud integrations, mobile apps, and business-facing workflows that turn radar output into usable product behavior.
What it changes
One partner across sensing, software, and deployment.
Instead of stopping at boards, Wavvar can help shape the full solution path from sensing behavior to device logic, application UX, and deployment integration.
Keep the same platform story while moving from experiments to pilots and scaled rollouts.
Tune hardware, algorithms, and application surfaces together instead of across disconnected vendors.
Shape sensing output, operator workflows, and integration points around the product that actually needs to ship.
Bring your radar workflow to market.
Talk with Wavvar about evaluation hardware, solution fit, deployment support, and productization. If you prefer to explore first, the docs and open-source CLI are ready.