Wi-Fi access point with IEEE 802.11ac and performance boost due to faster CPU. Compliant with EN 50155.
2 x 1 GbE
A faster CPU now enables the full throughput of 1.3 Gbps of the WLAN standard IEEE 802.11ac with 3x3 MIMO. When used simultaneously in the 2.4 and 5 GHz range (dual-band mode), a throughput of 1.75 Gbit/s per access point is achieved. The wireless access point is backwards compatible with Wi-Fi standard IEEE 802.11a/b/g/n for older end devices.
The optionally available unmanaged high-speed Ethernet switch can be used either for redundancy to increase the availability of services, or to connect a second access point.
Dual radio version with 2.4 GHz and 5 GHz standard. 802.11ac uses the 5 GHz band and is backwards compatible with 802.11n with 5 GHz and 2.4 GHz for older end devices.
The integrated ultra-wide-range power supply is fully compliant with EN 50155, Class S2 and tolerates interruptions of up to 10 ms. As an option, power can be supplied via Power-over-Ethernet (PoE+).
For long backbone distances daisy chaining can be applied by bridging two Ethernet interfaces eliminating the costs for external switches.
The optionally available bypass function ensures signal transmission within the backbone even if one of the access points connected in series fails.
Easy-to-use web interface for easy remote configuration of the access points, monitoring of settings, and for installing updates. Maintenance and monitoring of the devices via remote control systems are also possible with SNMP and shell scripts.
A configurable firewall protects personal data of client devices against unauthorized access (client isolation) via multi-level client/AP isolation and supports the secure and interference-free data exchange with the Internet. Unauthorized access is prevented both to end devices that have dialed into the same access point and across devices to end devices that are logged into different Westermo Eltec access points.
The access point is designed according to the international standard EN 50155. Components have to meet the strictest environmental requirements, e.g. an extended temperature range. In addition, they must be resilient to shocks and vibrations.
Highest performance on smallest footprint: Up to 256 clients per access point
Every generation in the same footprint for scalability, long-term availability and easy upgrades
Country-specific Wi-Fi standards for worldwide use in every type of train
Simultaneous, uninterrupted live video streaming for more than 90 clients
Intelligent distribution of clients to access points and fair bandwidth distribution
Smooth, lossless roaming from access point to access point
Easy-to-use web interface for remote settings and updates
Fail-safe routing via embedded relays
Designed and manufactured in Germany
|2 x Wi-Fi||2 x Wi-Fi||2 x Wi-Fi||2 x Wi-Fi||2 x Wi-Fi|
|IEEE 802.11ac||IEEE 802.11ac||IEEE 802.11ac||IEEE 802.11ac||IEEE 802.11ac|
|up to 1300 Mbps||up to 1300 Mbps||up to 1300 Mbps||up to 1300 Mbps||up to 1300 Mbps|
|1 + 1 GbE||1 + 1 GbE||1 + 1 GbE||1 + 1 GbE||1 + 1 GbE|
|M12, X-coded||M12, X-coded||M12, X-coded||M12, X-coded||M12, X-coded|
|Dual-Core CPU 1.2 Ghz||Dual-Core CPU 1.2 Ghz||Dual-Core CPU 1.2 Ghz||Dual-Core CPU 1.2 Ghz||Dual-Core CPU 1.2 Ghz|
|1 GB RAM||1 GB RAM||1 GB RAM||1 GB RAM||1 GB RAM|
|128 MB Flash||128 MB Flash||128 MB Flash||128 MB Flash||128 MB Flash|
|24 - 110 VDC||24 - 110 VDC||24 - 110 VDC||24 - 110 VDC||24 - 110 VDC|
|-||Bypass Relay||-||Bypass Relay||-|
|-||Ethernet Switch||Ethernet Switch||-||-|
|3 x QLS (3x3)||6 x QLS | 2x (3x3)||6 x QLS | 2x (3x3)||6 x QLS | 2x (3x3)||6 x QLS | 2x (3x3)|
Wireless Access Point
with 2 x Wi-Fi 11ac and Dual-Core CPU
including all necessary accessories