Ruijie Reyee has announced an expansion of its GPON solutions portfolio with two new ONU devices, the RG-PON1200G and RG-PON3000GX, designed for internet service providers and home broadband networks. The RG-PON1200G supports Wi-Fi 5 and is recommended for service plans with speeds of up to 300 Mbps, while the RG-PON3000GX features Wi-Fi 6 technology and is designed for connections of 300 Mbps and above. Both models support Reyee Mesh connectivity with RG-EW wireless routers, as well as TR-069, TR-369, OMCI, TR-181, and TR-143 standards, facilitating integration and remote device management. According to the manufacturer, the devices use DCMD antenna technology to deliver a stronger signal and can provide Wi-Fi coverage of up to 100 square meters.

The automatic channel optimization feature analyzes the wireless environment and selects the optimal channel to reduce interference, while cloud management enables remote password changes, device reboots, and other interventions without requiring technicians to visit the site. Both devices feature surge protection of up to 6 kV and come with a three-year warranty, while Ruijie Reyee also states that they are compatible with more than ten leading OLT brands, including Huawei, ZTE, TP-Link, VSOL, C-Data, and BDCOM. The new GPON ONU models are expected to become available soon.

TP-Link Systems unveiled its first Wi-Fi 8 devices, the Archer 8 Ultra and Deco 8 Ultra, at IFA 2026 in Berlin, both based on the new 802.11bn standard. The Archer 8 Ultra is a tri-band Wi-Fi 8 router supporting combined speeds of up to 19 Gbps, connectivity for up to 200 devices, and coverage of approximately 279 square meters in Europe. It features 18 antennas and six Multi-Gig ports, including two 10G WAN/LAN ports, while also supporting the 6 GHz frequency band.

Unlike previous generations, which placed a strong emphasis on peak speeds, Wi-Fi 8 focuses on greater connection reliability, more consistent performance, improved coverage, and seamless roaming in congested networks and areas with weaker signals. According to TP-Link’s laboratory tests, Wi-Fi 8 can deliver up to 30% higher throughput at the same signal strength, up to 24% better performance under interference, and up to 15% stronger mesh performance compared with Wi-Fi 7, although the company notes that actual results depend on the devices and network environment.

Technologies such as Distributed Tone Resource Units (DRU) and Enhanced Long Range (ELR) are designed to further improve communication with distant devices and connection stability at the edges of the coverage area.

More information is available on TP-Link’s Wi-Fi 8 devices page.

Axis Communications has expanded the capabilities of the AXIS C6110 Network Paging Console with the AXIS OS 12.11 update, adding video support to its existing network audio functionality. Operators can now see and hear what is happening at a specific location in real time directly from the console, giving the device a broader role in communication and physical security systems. The new functionality is particularly useful at entrances, where the combination of video and two-way audio allows operators to verify who is requesting access before unlocking a door.

AXIS C6110 connects with existing Axis cameras and intercoms, enabling users to combine audio and video without additional dedicated hardware or switching between different systems during an incident. The upgrade can simplify operations at reception areas, loading bays, and other locations where quick visual verification is important for informed decision-making.

More information about the company and its solutions is available from Axis Communications.

Suprema has highlighted the importance of the EU Cyber Resilience Act (CRA) for the physical security industry, particularly for connected access control systems, biometric readers, and intelligent controllers, as new obligations under the regulation begin to take effect. Regulation (EU) 2024/2847 requires manufacturers to build cybersecurity into products from the design and development stages and to manage vulnerabilities and security updates throughout the entire support period.

Reporting obligations for actively exploited vulnerabilities and severe security incidents began to apply on September 11, 2026, while the CRA will become fully applicable on December 11, 2027, including requirements related to CE marking, technical documentation, and essential cybersecurity requirements. The regulation is particularly relevant to the physical security industry as biometric terminals, door controllers, and access management platforms are increasingly connected directly to corporate LANs or cloud environments. An inadequately protected connected device can therefore become an entry point for attacks on broader IT infrastructure, with the CRA shifting the focus from one-time compliance checks to continuous cybersecurity management throughout the product lifecycle.

The new framework also affects system integrators, distributors, and buyers in the European market, increasing the importance of using hardware and software that meet the required cybersecurity standards. Suprema says it is preparing for CRA compliance by strengthening the cybersecurity of its products and its vulnerability management processes throughout their lifecycle.

In line with the new regulatory framework, the company has also established a dedicated reporting channel at SPOC@supremainc.com for reporting suspected security vulnerabilities or incidents involving Suprema products.