Ezurio
Ezurio turns design possibility into reality with a comprehensive range of RF modules, system-on-modules, single board computers, internal antennas, IoT devices, and custom solutions. With decades of engineering expertise, Ezurio provides solutions that reduce development costs and time to market. Ezurio's global reach and unmatched support are backed by a resilient global supply chain that gives our customers the stability to overcome every design challenge with confidence. Turn design possibility into reality with Ezurio, your connectivity expert.
Laird Connectivity and Boundary Devices is now Ezurio.
Laird Connectivity and Boundary Devices is now Ezurio.
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Ezurio BL54H20 Series Multi-Core BLE ModulesIntegrate BLUETOOTH LE 5.4, 802.15.4 protocols (Thread/Matter), and NFC, delivering high-performance17/1/2025 -
Ezurio BL54H20 Series Development KitsEvaluate BL54H20 series modules that integrate Bluetooth® LE 5.4, 802.15.4, and NFC capabilities.17/1/2025 -
Ezurio BL54L15 Bluetooth® ModulesPowered by Nordic semiconductor's nRF54L15 System on Chip (SoC) and ideal for security applications.14/1/2025 -
Ezurio Sona™ TI351 Wi-Fi 6 + BLUETOOTH® LE 5.4 ModulesThese modules are built for industrial IoT connectivity with access to SDIO and UART interfaces.8/11/2024 -
Ezurio Sona™ IF513 - Wi-Fi® 6E + BLUETOOTH® 5.4 ModuleBuilt on Infineon's advanced AIROC™ CYW55513 chipset.23/10/2024 -
Ezurio Tungsten SMARC System-on-Modules (SOMs)Used in smart cameras, smart fitness equipment, industrial IoT, and industrial tablets.17/9/2024 -
Ezurio Tungsten510 SMARC SOMsFeatures the Genio 510 processor and Sona™ MT320 Wi-Fi® 6/BLUETOOTH® 5.3 radio.14/5/2024 -
Ezurio SONA™ MT320 Wi-Fi 6 & BLUETOOTH® 5.4 ModulesIndustrial-grade Wi-Fi/BT modules based upon the MediaTek Filogic 320 Wi-Fi 6 chipset.30/4/2024 -
Ezurio Nitrogen8ULP System-On-ModulePowered by the NXP i.MX 8ULP, featuring dual Arm® Cortex®-A35 cores and an Arm Cortex-M33.16/2/2024 -
Ezurio i-FlexPIFA Mini Inverted Flexible PIFA AntennasProvide strong performance in harsh environments and excellent flexibility.8/2/2024 -
Ezurio Nitrogen8M Mini SMARCFeatures NXP's i.MX 8M Mini processor, PMIC PF8121, Sona Wi-Fi 6/6E and BLUETOOTH® 5.3/5.4 modules.1/2/2024 -
Ezurio NanoUWB Planar Monopole AntennasFeatures a series of rigid monopole antennas designed to operate with ultra-wideband (UWB) modules.29/1/2024 -
Ezurio Sub-GHz FlexDIPOLE AntennasProvide versatility and robust performance in challenging conditions.5/1/2024 -
Ezurio Sera NX040 Development KitsDemonstrates the features and capabilities of the Sera NX040 UWB and BLUETOOTH® LE Modules.22/12/2023 -
Ezurio Sera NX040 Ultra-Wide Band & BLUETOOTH® LE ModulesOptimized for low-power operation and reduces the need for external clocks, filters, and components.22/12/2023 -
Ezurio Vela IF820 BLUETOOTH® 5x Dual-Mode ModulesAllow a single module to cover Classic BLUETOOTH® and migration to Bluetooth with a single part.31/10/2023 -
Ezurio Vela IF820 Development KitsFully-featured evaluation platform for the Vela IF820 BLUETOOTH® Dual Mode module.31/10/2023 -
Ezurio Nitrogen93 SMARCPowered by NXP's i.MX 93 processor, PMIC PCA9450, and Ezurio's Sona™ NX611 radio module.19/9/2023 -
Ezurio Tungsten700 SMARCPowered by MediaTek's Genio 700 processor and the Sona™ MT320 Wi-Fi® 6 / BLUETOOTH® 5.3 radio.19/9/2023 -
Ezurio Sona™ IF573 ModulesPowered by Infineon's AIROC™ CYW55573 chipset and feature a global certification.13/7/2023 -
Ezurio Universal SMARC Carrier BoardCompliant with the SMARC v2.1 specification from SGET, and ideal for SMARC modules.3/7/2023 -
Ezurio Nitrogen8M Plus SMARCPowered by the i.MX 8M Plus processors from NXP and is compatible with the SMARC 2.1 standard.3/7/2023 -
Ezurio Lyra 24 Series BLUETOOTH® ModulesDesigned for professional lighting, secure medical peripherals, and industrial IoT sensors.22/6/2023 -
Ezurio Lyra 24 Development KitsFully featured kits for BLUETOOTH® Low Energy (BLE) development.19/6/2023 -
Ezurio 60 Series SOMsA wireless communications subsystem that may be integrated into various host devices via interfaces.16/6/2023