High-density BLE-to-MQTT gateway — multi-scanner architecture for indoor identification
Discuss your productDiscuss your productMulti-protocol gateways connecting BLE, Thread, industrial interfaces, cellular and cloud—with Linux or MCU edge processing.
We select the host, radio architecture and backhaul from measured workloads—whether the product scans hundreds of BLE devices, bridges Thread networks, routes industrial traffic or runs local Vision AI.
Discuss your productGateway performance is determined by more than a processor. Concurrent wireless traffic, antenna coexistence, packet buffering, Linux reliability, remote recovery, security and deployment-scale device management must be designed together.
Multi-protocol gateways connecting BLE, Thread, industrial interfaces, cellular and cloud—with Linux or MCU edge processing.
High-density BLE-to-MQTT gateway — multi-scanner architecture for indoor identification
Thread Border Router — Wi-Fi/Ethernet backhaul with Thread and BLE commissioning
Industrial IoT gateway — RS485/CAN/Ethernet, cellular and local rules engine
Edge AI gateway — Renesas RZ/V2H or Linux SOM carrier platform for vision and analytics
Portable router-server — CM4/CM5, multi-Ethernet, Wi-Fi, LTE and NVMe
nRF54, RW612 and application-specific radio coprocessors
T113, CM4/CM5 and Renesas RZ/V Linux host options
Ethernet, Wi-Fi, 4G/5G, MQTT and secure cloud APIs
RS485/Modbus, CAN, USB, GPIO and isolated field I/O
Watchdog, remote recovery, OTA and secure provisioning
Containerized services, edge filtering and local database
Radio count, scan capacity and antenna topology
Linux/MCU host and memory/storage
Field protocol and cloud connector
Power, battery backup and enclosure
Edge application and customer UI
Fleet provisioning and factory programming