「英中对照」Kerlink 推出 Wirnet iEdge 室内 LoRaWAN 边缘网关，直连楼宇自控系统

Retrofitting legacy commercial and industrial facilities with comprehensive sensor networks presents severe cabling, integration, and data processing bottlenecks. Kerlink addresses these operational challenges with the introduction of its Wirnet iEdge series, an indoor LoRaWAN edge gateway designed to link wireless environmental and operational sensors directly into building management systems (BMS) and industrial automation networks.为既有商业和工业设施改造部署全面的传感器网络，在布线、集成和数据处理方面存在严重瓶颈。Kerlink 通过推出 Wirnet iEdge 系列产品来应对这些运营挑战。这是一款室内 LoRaWAN 边缘网关，旨在将无线环境与运营传感器直接接入楼宇管理系统（BMS）和工业自动化网络。

Edge-Computing Architecture and Automation Protocol Translation
Commercial building operations and industrial facilities require continuous real-time monitoring across heating, ventilation, and air conditioning (HVAC) loops, space occupancy tracking, indoor air quality metrics, and predictive equipment maintenance. Historically, incorporating low-power wide-area network (LPWAN) wireless sensors required routing telemetry to external cloud environments before forwarding commands back to local field-level controllers, introducing latency, recurring backhaul expenses, and external cybersecurity risks.边缘计算架构与自动化协议转换
商业楼宇运营和工业设施需要在供暖、通风和空调（HVAC）回路、空间占用追踪、室内空气质量指标以及设备预测性维护等方面进行连续的实时监测。以往，接入低功耗广域网（LPWAN）无线传感器需要先将遥测数据路由至外部云环境，再将指令转发回本地现场级控制器，从而带来延迟、经常性的回传费用以及外部网络安全风险。

The Wirnet iEdge platform circumvents cloud routing dependencies by embedding application processing capacity directly at the physical network edge. Driven by an industrial-grade ARM Cortex-A35 processor running the KEROS v7 operating system, the gateway hosts local software routines to perform on-site data filtering, threshold analysis, and bidirectional protocol translation. The platform supports native mapping of LoRaWAN telemetry into standard operational technology (OT) field protocols, including BACnet over Ethernet, Modbus, and MQTT. This protocol translation enables building controllers, programmable logic controllers (PLCs), Java Application Control Engine (JACE) units, and the Niagara Framework to ingest wireless sensor points identically to physical wired inputs.Wirnet iEdge 平台通过将应用处理能力直接嵌入物理网络边缘，规避了对云端路由的依赖。该网关由运行 KEROS v7 操作系统的工业级 ARM Cortex-A35 处理器驱动，承载本地软件例程，可执行现场数据过滤、阈值分析和双向协议转换。该平台支持将 LoRaWAN 遥测数据原生映射至标准运营技术（OT）现场协议，包括基于以太网的 BACnet、Modbus 和 MQTT。这种协议转换使楼宇控制器、可编程逻辑控制器（PLC）、Java 应用控制引擎（JACE）单元以及 Niagara Framework 能够像接入物理有线输入一样接入无线传感器点位。

Hardware Design, Power Management, and Industrial Enclosures
Industrial electrical cabinets require space-efficient, low-power components engineered to operate reliably in continuous environments. The Wirnet iEdge is packaged in an IP20-rated enclosure configured specifically for standard DIN-rail mounting inside mechanical rooms and electrical distribution panels. The gateway incorporates an eight-channel LoRaWAN radio interface supported by an embedded LoRa Network Server (LNS) capable of managing over 1,000 active sensor nodes.硬件设计、电源管理与工业外壳
工业电气柜需要空间利用率高、低功耗且专为在连续运行环境中可靠工作而设计的组件。Wirnet iEdge 采用 IP20 防护等级外壳，专为在机房和配电盘内进行标准 DIN 导轨安装而配置。该网关集成了八通道 LoRaWAN 无线接口，并由嵌入式 LoRa 网络服务器（LNS）支持，可管理超过 1,000 个活跃传感器节点。

Power distribution flexibility is provided through Power over Ethernet (PoE) support alongside a wide direct current input range of 9 to 36 volts DC. Operating power consumption remains under 1.8 watts under standard operational loads, limiting internal heat generation within enclosed switchboards. Upstream communication to supervisory networks is established via integrated wired Ethernet or optional 4G/5G cellular modems. Compliance testing encompasses CE, FCC/IC, PTCRB, Bluetooth SIG certifications, and adherence to Radio Equipment Directive (RED) cybersecurity mandates.供电灵活性通过以太网供电（PoE）支持以及 9 至 36 伏直流宽范围直流输入实现。在标准运行负载下，工作功耗保持在 1.8 瓦以下，从而限制封闭式配电柜内部的热量产生。与监控网络的上行通信通过集成有线以太网或可选的 4G/5G 蜂窝调制解调器建立。合规测试涵盖 CE、FCC/IC、PTCRB、Bluetooth SIG 认证，并符合《无线电设备指令》（RED）的网络安全强制要求。

Kerlink presented the Wirnet iEdge and Wirnet iEdge+ hardware at the Intelligent Building Systems (IBS) exhibition held from 14 to 15 October 2026 at Paris Expo Porte de Versailles, demonstrating protocol bridge integration to building infrastructure professionals.Kerlink 在 2026 年 10 月 14 日至 15 日于巴黎凡尔赛门展览中心（Paris Expo Porte de Versailles）举行的智能建筑系统（IBS）展览会上展示了 Wirnet iEdge 和 Wirnet iEdge+ 硬件，向楼宇基础设施专业人士演示了协议桥接集成方案。

Additional Context:
This section details technical specifications and competitive benchmarking not included in the original product announcement.

Indoor LoRaWAN edge gateways represent an established hardware class targeting commercial real estate decarbonisation, accelerated by European regulatory frameworks such as the Energy Performance of Buildings Directive (EPBD) and the European Energy Efficiency Directive, which require comprehensive building automation and control systems (BACS) in non-residential properties.补充背景：
本节详细介绍了原始产品公告中未包含的技术规格和竞争对标信息。

室内 LoRaWAN 边缘网关代表了一类成熟的硬件产品，面向商业地产脱碳领域，其发展受到欧洲监管框架的推动，如《建筑能源性能指令》（EPBD）和《欧洲能源效率指令》，这些指令要求非住宅物业配备全面的楼宇自动化与控制系统（BACS）。

In this market segment, the Wirnet iEdge directly competes with established industrial LoRaWAN building automation gateways, notably the MultiTech Conduit AP and the Milesight UG65. The MultiTech Conduit AP features an ARM9 processor running mLinux or AEP, offering 8-channel LoRaWAN processing and wired Ethernet or LTE backhaul; however, its compute architecture is tailored primarily toward packet forwarding rather than containerized edge orchestration. The Milesight UG65 features an IP65 enclosure, an NXP 64-bit quad-core ARM Cortex-A53 processor, and embedded BACnet and Modbus protocol conversion, though its power consumption is higher at approximately 4.2 watts compared to the sub-1.8-watt footprint of the Wirnet iEdge.在这一细分市场中，Wirnet iEdge 与成熟的工业级 LoRaWAN 楼宇自动化网关直接竞争，尤其是 MultiTech Conduit AP 和 Milesight UG65。MultiTech Conduit AP 搭载运行 mLinux 或 AEP 的 ARM9 处理器，提供 8 通道 LoRaWAN 处理能力以及有线以太网或 LTE 回传；然而，其计算架构主要面向数据包转发，而非容器化边缘编排。Milesight UG65 采用 IP65 防护外壳，配备 NXP 64 位四核 ARM Cortex-A53 处理器，并内置 BACnet 和 Modbus 协议转换功能，但其功耗较高，约为 4.2 瓦，而 Wirnet iEdge 的功耗低于 1.8 瓦。

Another benchmark in building automation environments is the Option CloudGate series, which utilizes modular expansion cards for BACnet and LoRaWAN connectivity. While modular gateways provide interface versatility, they require multi-board assembly and separate configuration environments. Kerlink's integration of an onboard LNS, hardware-level RED cybersecurity compliance, and direct DIN-rail packaging provides an integrated single-enclosure design engineered specifically for electrical contractor workflows in existing building retrofits.楼宇自动化环境中的另一个对标产品是 Option CloudGate 系列，该系列采用模块化扩展卡实现 BACnet 和 LoRaWAN 连接。虽然模块化网关提供了接口灵活性，但需要多板组装和独立的配置环境。Kerlink 集成了板载 LNS、硬件级 RED 网络安全合规性以及直接 DIN 导轨安装封装，提供了专为既有建筑改造中电气承包商工作流程而设计的一体化单外壳设计。

Edited by Natania Lyngdoh, Induportals editor, with AI assistance.

www.kerlink.com本文由 Induportals 编辑 Natania Lyngdoh 在 AI 辅助下编辑完成。

www.kerlink.com