GVE-Tplus-G.703 e1 to v.34 v.35 10base-t Ethernet converter network communication equipment
Features & Benefits
>>multifunctional all-purpose E1/G.703G to V.35 and LAN three-in-one multiplexer, also named three-in-one interface converter
>>GVE-T plus can convert E1 to V.35 interface and LAN interface. Bandwidth of every port can be up N*64Kbps(N=1--31) continuous data stream. It sustains alternative CRC4 ON/OFF, CAS/CCS (30 & 31 time slot).
>>can distribute E1 to LAN interface and sustain framed N*64Kbps(N=1--31) and unframed 2048Kbps which is also named fractional and unfractional
>>Ethernet UTP interface has function of VLAN802.1Q.
>>110 Base-T(UTP) LAN interface accords with IEE802.3/Ethernet work mode: full duplex / half duplex physical interface: screen RJ-45 across and direct connection optional
>>There have two transmitting mode to choose: data and image.
>>can distribute E1 to V.35 data interface Work mode can be internal clock and slave clock, or N*64Kbps(N=1--31) external clock to perform end-linking line.
>>can be up remote Ethernet bridge from V.35 to LAN. With low cost, it is fit to be used in bridge connected which is sensitive to cost or in LAN as stretcher or subsection.
>>satisfy with requirements of G.703, G.704 and G.706 of ITU
>>With local and remote loopback, consumer can conveniently test lines and diagnosis faults to perform integrality test by port-to-port.
>>Many director lights on the front panel display work state and alarm signal of equipment.
>>G.703 line interface: impedance 120ohm(RJ45)/75ohm(BNC) optional
>>having two kinds of machine model: standalone and rack mountable power supply: -48V DC or 220V AC optional
GVE-Tplus-G.703 e1 to v.34 v.35 10base-t Ethernet converter network communication equipment
Overview
GVE-Tplus is an upgrade of GVE-T. It is based on the ASIC circuitry design technology. It is a multi-functional, multi-purpose E1/G.703 to V.35 and LAN three-in-one multiplexer, which is also knowns as the three-in-one interface converter.
GVE-Tplus can convert E1 to both V.35 interface and LAN interface. Bandwidth of every port can be N*64Kbps(N=1--31) continuous data stream, although the total bandwidth of the two ports must be no more than 31 and must be ed PCM time slot of E1. It supports choices of CRC4 ON/OFF and CAS/CCS (30 & 31 time slot). Rate distribution for each port is performed by an independent 5-bit switch.
GVE-Tplus can not only be up GVE-T, but also can distribute the whole E1 capacity to V.35 data interface, although E1 must be framed N*64Kbps(N=1--31). The work mode can be either internal clock and slave-clock, or N*64Kbps(N=1--31) external clock to achieve end-linking line.
GVE-Tplus can be up long-range Ethernet bridge from V.35 to LAN interface. With low cost, it is suitable for use in bridge connection which is sensitive to cost or use in LAN as a stretcher or subsection. It can learn automatically MAC address in the connected LAN and only transmit the aim address to frame in another LAN. There are more than 10000 addresses in its LAN table. And they can be d automatically. The highest speed of filtrating and transmission is 30000 frame/second(line speed). The buffer size is 64M. The throughput delay is 1 frame. When it is used as a stretcher or subsection, it can forbid filtration so that all traffic can be broadcasted in WAN. 10ba interface can run in full duplex Ethernet with topology and improve data throughput by eliminating filled blanks in the 64 bytes frames. Without any negotiation in V.35 port, it is specially suitable for use in satellites and other wireless broadcast.
GVE-Tplus satisfies the requirements of G.703, G.704 and G.706 by ITU
Ethernet UTP interface has VLAN802.1Q function.
GVE-Tplus has two transmission modes to choose from: data and image.
GVE-Tplus has local and remote loopbacks. Therefore user can use circuitry-test an