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Humanoid robot physical AI
Physical AI Wireless & Sensing Platform

Deterministic Wireless
for Autonomous Robots
& Industrial AI

Linkedchip builds the wireless nervous system for the age of physical AI. Combining WiFi 7 deterministic MAC, BLE 6.0 sensing, and RF-based environment perception into one full-stack platform.

<5ms
Target Latency
<1ms
Jitter
100+
Robot Nodes
<20ms
Roaming
Platform & Solution

Physical AI Wireless & Sensing Platform

A full-stack solution from chip to software — WiFi 7 deterministic MAC, BLE 6.0 sensing, CSI-based RF perception, and fleet management, co-designed for Physical AI applications.

Deterministic WiFi 7
Hardware Deterministic MAC Engine with packet scheduling and airtime allocation. Guarantees <5ms latency in dense industrial RF environments.
802.11beOFDMAMU-MIMO802.11r/k/v
BLE 6.0 Sensing & Control
Integrated BLE subsystem for low-power sensing, provisioning, emergency stop, and diagnostics — independent of the WiFi data plane.
LCB5 SoCBLE 6.0Sub-1µAE-Stop
CSI-Based RF Sensing
Passive environment perception from WiFi channel signals. Human presence, motion detection, robot localization — no extra hardware needed.
Human PresenceMotion Det.RangingSecurity
Robot Network Platform
Fleet management, QoS scheduling, and diagnostics via the Robot Network Controller. Native ROS2, DDS, and UDP integration with MARA algorithm.
ROS2DDSFleet MgmtMARA Algo

Why Standard Wi-Fi Fails Robots

Latency 10–100ms
Robots need <5ms for closed-loop control. A 20× gap that firmware cannot fix.
No Deterministic MAC
CSMA/CA contention makes coordinated multi-robot control impossible.
Scale Limit: 20–30 nodes
Robot fleets need 50–100+ nodes with guaranteed per-node QoS.
Industrial Interference
Roaming 50–200ms, packet loss 1000× above robot requirements.
Core Innovation — MARA Algorithm

Motion Aware Rate Adaptation uses IMU and CSI to predict channel quality from robot motion state, proactively optimizing link quality before degradation. Patent pending.

Wireless Chips (SoC)
Custom SoC with Deterministic MAC Engine, CSI Prediction Engine, BLE 6.0 Controller, and Security Engine on a single die.
WiFi 7BLE 6.0Determ. MACCSI Engine
Wireless Modules
Ready-to-deploy modules with WiFi 7 + BLE 6.0, fast 802.11r roaming, QoS prioritization, and deterministic MAC stack pre-integrated.
802.11be/r/k/vQoSBLE 6.0
Network Platform
Robot Network Controller for fleet management, real-time QoS scheduling, link monitoring, and ROS2/DDS integration.
Fleet MgmtROS2MARA Algo
Product Series

Three Ways to Deploy
Deterministic Wireless

Whether you need a chip for your own hardware design, a ready-to-use module, or a complete network platform — Linkedchip provides the right level of integration for your robotics application.

Wireless SoC Chip
SoC · WiFi 7 + BLE 6.0
SoC
Physical AI Wireless Chip
Custom SoC integrating WiFi 7 with hardware Deterministic MAC Engine, CSI Prediction Engine, and BLE 6.0 controller on a single die. For robot OEMs who design their own compute boards and want maximum integration and performance.
WiFi 7 (802.11be) + BLE 6.0
Hardware Deterministic MAC Engine
CSI Prediction Engine (patent pending)
Integrated security engine
Latency <3ms · Jitter <1ms
Wireless Module
Module · Plug-and-Play
Module
Physical AI Wireless Module
Ready-to-deploy wireless modules with the full deterministic software stack pre-integrated. Based on WiFi 7 chip platforms with fast 802.11r roaming, QoS prioritization, and BLE 6.0 co-processor. Fastest path to production for robot makers.
Standard form factor · Globally certified
802.11r/k/v fast roaming <30ms
BLE 6.0 co-processor onboard
Deterministic MAC software stack
Plug-and-play with ROS2
Physical AI Network Platform
Platform · ROS2 + Fleet Mgmt
Platform
Physical AI Network Platform
The Robot Network Controller — fleet-level wireless management, real-time QoS scheduling, diagnostics, and the MARA algorithm running as a network service. Deployed on-premise or cloud. Works with Linkedchip modules and third-party WiFi 7 infrastructure.
Fleet management & network health
MARA algorithm — motion-aware adaptation
Real-time QoS scheduling per robot
ROS2 · DDS · Telemetry SDK
On-premise or cloud deployment
Applications

Built for Physical AI at Scale

From warehouse automation to humanoid robots — the platform is purpose-built for environments where wireless reliability directly determines operational safety and productivity.

Industrial Robots
Factory Automation
Industrial Robot Fleets

Coordinate 50–100+ robot arms and mobile platforms on a shared WiFi fabric. Deterministic scheduling ensures synchronized multi-robot operations without interference.

Warehouse AGV
Warehouse Logistics
AGV & Mobile Robots

Fast 802.11r roaming <30ms enables seamless handoff as AGVs traverse large warehouse floors. BLE 6.0 sensing adds human proximity detection for collision avoidance.

Humanoid Robot
Humanoid Robotics
Next-Gen Humanoids

Humanoid robots require <5ms wireless latency for real-time teleoperation and closed-loop motor control. The platform delivers hardware-guaranteed determinism at the chip level.

Service Robot Healthcare
Service & Healthcare
Service Robots

Medical delivery, patient assistance, and retail service robots operating in human-dense environments. BLE-based human presence sensing ensures safe real-time co-existence.

Also From Linkedchip

Explore Our Other Product Lines

The wireless platform sits alongside Linkedchip's AI Data Center Interconnect and BLE Wireless products.

AI Data Center
Data Center Interconnect
Polaris PCIe/CXL Retimer · Milkyway Fabric Switch · Supernova Smart NIC · Nebula Ethernet Switch
Wireless Connectivity
BLE SoC Products
LCB5 Series — B5 Low Power · B6 Industrial Grade · B8 Automotive Grade Bluetooth SoCs
About Us

Deep Roots in
Wireless Communication

Founded in 2023, Linkedchip was built by a team with decades of hands-on experience in wireless silicon — spanning WiFi, Bluetooth, cellular, and RF systems across multiple technology generations. We understand wireless from the transistor up.

Our founders and engineers have shipped billions of wireless chips at companies including Qualcomm, MediaTek, Broadcom, and Marvell — covering 802.11a/b/g/n/ac/ax/be, BLE 4.x through 6.0, and RF sensing. That depth is what makes our approach to Physical AI wireless different: we don't adapt generic connectivity — we design wireless purpose-built for robots.

Semiconductor
Wireless Expertise
WiFi · BLE · RF
Decades of wireless silicon experience across WiFi 4/5/6/7, Bluetooth 4.x–6.0, and RF sensing. From MAC/PHY architecture to SoC tape-out and mass production.
Locations
Global Presence
Headquartered in San Diego, CA with R&D operations in Shanghai. Core team distributed across North America and Asia.
Alumni From
Industry Leaders
Qualcomm · MediaTek · Broadcom · Marvell · Intel · AMD · MaxLinear · Entropic
20+
Years Wireless
Experience
5B+
Wireless Chips
Shipped
WiFi 7
802.11be
Generation
BLE 6.0
Latest Bluetooth
Generation
Contact

Get in Touch

Whether you're a robotics OEM, ecosystem partner, or investor — we'd like to hear from you.

Linkedchip works with robot manufacturers, system integrators, and technology partners worldwide. We welcome inquiries from customers, collaborators, and investors.

General Inquiries
info@linkedchip.com
Headquarters
San Diego, California, USA
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