JavaScript seems to be disabled in your browser. You must have JavaScript enabled in your browser to utilize the functionality of this website.
Business modems, routers and ethernet demarcation devices with SHDSL.bis, ethernet and fiber WAN interfaces.
The perfect choice for ADSL, VDSL2 (with full end to end vectoring support) and FTTH connectivity.
Fixed and mobile VDSL2 35b enabled routers and integrated access devices.
Multiservice business enterprise routers with embedded analog and ISDN voice ports. Factory modular multiple fixed and mobile WAN options.
Enterprise class factory modular router platform dedicated to small enterprises and branch offices of large enterprises.
x86 based Universal CPE Platform for Small and Medium Enterprises.
ISDN BRI and and analog FXS voice gateway.
Local powering solutions for FTTC Scenarios.
SV6044E Series routers access WAN configuration includes 1 GE combo port (RJ45 and SFP) and two optional A/VDSL2 ports supporting VDSL2 vectoring and bonding for all profiles. SV6044E Series includes 4 FXS, 1 FXO and 4 ISDN BRI ports already on board in every configuration, The router is equipped with a factory populated modular slot which can be used to expand the WAN or voice capabilities of the router.
Business router with combo GE/SFP, serial V/X, optional LTE and embedded WiFi. 4x FXS, 1xFXO, 4x BRI integrated voice gateway.
Businesses rely on data networks to access not only communications but also all the day-by-day working instruments operated in the cloud: five ‘9s availability and hi-speed broadband also in remote industrial district are a must.
ISDN and PSTN switch off have already started. An easy and successful migration to SIP is key to satisfy the need to provide to customers ultraboradband semlessly.
Guaranteeing SIP interoperability between the network and the ever growing number of available solutions on the market can be easily managed using SBC Lite.
Aethra Telecommunications multiservice business routers and ethernet demarcation devices all share the same operating system, minimizing IT workload when adding new platforms in the network.
