New Releases

The MikroTik Chateau LTE7 ax (S53UG+5HaxD2HaxD-TC&R11e-LTE7) is an upgraded version of the popular Chateau LTE6 ax — keeping the same sleek design, Wi-Fi 6 performance, and quad-core ARM platform while adding an LTE Cat7 modem, expanded band support including B28 and B32, carrier aggregation, and a lower price point. It features dual-band Wi-Fi 6 up to 1,774 Mbps combined, a 2.5G Ethernet port, 4× Gigabit Ethernet, 1 GB RAM, container support, and full RouterOS v7 — purpose-built for homes, home offices, and small businesses running on LTE or hybrid connections.

The MikroTik wAP LR9G kit (RBwAPR-2nD&R11e-LR9G) is a rugged, out-of-the-box LoRa 915 MHz IoT gateway combining LoRa wireless, built-in GPS, and 2.4 GHz Wi-Fi 4 in MikroTik's proven weatherproof wAP enclosure. With Rx sensitivity down to -141 dBm, three power input options (PoE, automotive, and DC jack), SMA female connectors for external antennas, and a preinstalled UDP packet forwarder compatible with The Things Network and The Things Industries, it is a complete deploy-and-go LoRa gateway for smart agriculture, perimeter monitoring, asset tracking, industrial IoT, and any outdoor sensor deployment.

A pair of industrial-grade 10G SFP+ BiDi modules for single-mode links up to 10 km over a single fiber strand. By transmitting and receiving on split wavelengths (1270/1330 nm), the pair delivers efficient long-distance connectivity while halving fiber requirements. Built-in DDM monitors optical power, voltage, temperature, and laser bias current in real time.

The MikroTik G1382-0350WNA is an optional -48V DC hot-swappable power supply for the CRS804 DDQ switch. It enables the switch to draw power directly from standard -48V DC telecom infrastructure, adding flexible power input options alongside the default AC module. It can be installed or replaced while the device is running, providing additional redundancy and operational flexibility for carrier-grade, remote site, and DC-powered deployments.

The MikroTik G1394-0350WNA is a 12VDC 27.5A 350W hot-swappable replacement power supply designed exclusively for the CRS804 DDQ switch. It allows a failed or degraded power module to be replaced without shutting down the switch, restoring full power redundancy instantly. Built for data centres, enterprise racks, and labs where uninterrupted operation is non-negotiable.

The MikroTik LHG XL 5 ax (LHG-5axD-XL) is the high-gain long-range outdoor Wi-Fi 6 CPE built for point-to-point links that demand maximum reach and signal stability. With a 27 dBi integrated grid antenna, 5 GHz 802.11a/n/ac/ax at 1,200 Mbps, WPA3 security, dual-core IPQ-5010 ARM CPU, 256 MB RAM, passive PoE powering (12–28V), IP54 weatherproofing, FCC and IC certification, and RouterOS v7 — it is capable of stable PtP links up to 30 km in ideal conditions. The XL model is the right choice when the standard LHG 5 ax (24.5 dBi) is not enough.

The MikroTik FTC21-ups is a weatherproof IP67 fiber-to-copper media converter with a 2.5G SFP port, 2× Gigabit Ethernet, and built-in Li-Ion UPS batteries. The integrated battery keeps network links stable during short power outages and brownouts — preventing unnecessary device renegotiations and reboots. Running SwOS Lite with VLAN, SNMP, and ACL support, it also delivers PoE-out on Ether2 (802.3af/at) making it well suited for outdoor CCTV and edge deployments.

SXTsq Embedded LTE4 is a rugged outdoor LTE device with a directional antenna, eSIM support, and PoE power — perfect for reliable internet in rural and remote locations.

The MikroTik KNOT Embedded LTE4 Global (EG25-G&KNe) is a compact industrial LTE Cat4 gateway with Bluetooth 5.4, GNSS/GPS, and Gigabit Ethernet in a DIN rail-mountable form factor. It features eSIM plus Nano SIM support with expanded global LTE band coverage including North American bands B12, B13, and B28, making it suited for IoT deployments, industrial automation, and asset tracking. Powered by RouterOS v7 and certified CE, FCC, IC, and EAC.

A pair of industrial-grade 1G/2.5G single-mode BiDi SFP modules for links up to 20 km over a single fiber strand. By transmitting and receiving on split wavelengths (1270/1330 nm), the pair halves fiber requirements while keeping stable long-distance connectivity. Built-in DDM monitors optical power, voltage, temperature, and laser bias current in real time.