- Stock: In Stock
- Brand: PLANET
- Model: VC-231GF
- Weight: 0.59kg
- Dimensions: 7.00cm x 9.70cm x 2.60cm
The VC-231GF, a PLANET Long Reach Ethernet (LRE) solution, is a Single-port Gigabit Ethernet-over-VDSL2 Converter for connecting ultra-fast FTTx deployment with the existing in-building and in-house telephone wire installation.
An Innovative Last Mile Solution Integrated with FTTx and VDSL2
The VC-231GF features one 1000BASE-X SFP slot for remote optical fiber Ethernet connection and one RJ11 port with the VDSL2 technology to provide an excellent bandwidth of up to a total duplex data rate of 300Mbps and can extend a maximum distance of up to 1.4km (4,593ft) over existing telephone wire to the in-house VDSL2 router or bridge, which overcomes in-house fiber installation problems.
The VC-231GF realizes ISPs (internet service providers) and SIs (system integrators) to deploy Gigabit Ethernet optical fiber cables in the front of the building or subscriber’s house and provide high-speed triple play services over existing telephone wire. They can simply upgrade their current networks without any difficulty. Besides, its compact-sized metal housing makes the installation in a telecom box convenient.
Fiber-Optic Link Capability Enables Extension of FTTx Deployment
With the built-in 1000BASE-X SFP (small form-factor pluggable) fiber interface, the VC-231GF supports different optic types for network extension and the distance can be up to 120 km through the fiber connection. Thus, building a network solution of FTTH (Fiber to the Home), FTTC (Fiber to the Curb) for ISPs or FTTB (Fiber to the Building) becomes so easy when long-distance deployment is employed.
VDSL2 Delivering High-demanding Service Connectivity for ISP/Triple Play Devices
The VC-231G provides an excellent bandwidth demand for the triple play devices for home entertainment and communication. Via the latest VDSL2 (Very-high-data-rate Digital Subscriber Line 2) technology, the VC-231GF offers selectable asymmetric/symmetric data rate capability. It works well with a pervasive telephone line network with a symmetric data rate of up to 150/150Mbps (G.INP, Sym, 8dB) over a distance of 300m and 25/15Mbps over a long distance of 1km. The VC-231G enables many multi-media services to work on the local Internet, such as VoD (video on demand), voice over IP, video phone, IPTV, Internet caching server, distance education, and so on.
Versatile, Flexible and Easy Installation
PLANET Gigabit Ethernet-over-VDSL2 converters come with a Plug and Play design. The VC-231GF offers two operation modes, CPE for client side and CO for central side. The CPE or CO mode can be adjusted by using a built-in DIP switch.
For point-to-point connection, the VC-231GF’s CO mode and the VC-231G’s, VC-234G’s or VDR-301N’s CPE mode must be set up as one pair of converters to perform the connection. It gives administrators the ability to reply a fresh local Intranet in various locations by utilizing the original network structure without additional costs.
Implementing with Existing Telephone System
Use the additional splitter from the package of the VC-231GF to share the existing phone line with POTS, thus replacing the existing copper wiring is not necessary. Just plug the VC-231GF with the additional splitter into the existing RJ11 telephone jack and a high-performance VDSL2 network can be connected. It is ideal for use as an Ethernet extender to an existing Ethernet network.
Distance Extension with High Performance FTTx Network Communications
A set of the VC-231GF and VC-231G (VDSL2 Converter) or VDR-301N (VDSL2 Router) could be used to link fiber network and home network that are located in a different place. Through the normal telephone line, it could be set up a 150/150Mbps (G.INP, Sym, 8dB) symmetric backbone, but one VC-231GF must be Master (CO mode) and the remote VDSL2 converter or VDSL2 Router is Slave (CPE mode).
Physical Ports
- One 1000BASE-X SFP interface
- 1 RJ11 connector for xDSL port with VDSL2 connection
VDSL2 Features
- VDSL2 stand-alone transceiver for simple bridge modem application
- Cost-effective bridge function to connect two Ethernet LANs
- Up to 150/150Mbps bandwidth (in G.INP, Sym, 8dB mode)
- Voice and data communication can be shared simultaneously based on the existing telephone wire with distance up to 1.4km
- ITU-T G.993.2 VDSL2 standard
- ITU-T G.993.5 G.Vectoring and G.INP
- DMT-based coding technology
- CO/CPE mode selectable via DIP switch
- Selectable target band plan (symmetric and asymmetric) and SNR margin
- Supports IEEE 802.1Q VLAN tag transparency
Hardware and Installation
- Compact size, wall-mountable design; ideal solution for space-limited locations
- Advantage of minimum installation time (Simply by Plug and Play)
- Metal case, good for heat sinking
- Supports extensive LED indicators for network diagnosis
- Additional POST splitter to share voice and data
- Supports 6KV DC Ethernet ESD protection
Hardware Specifications | |
---|---|
LAN Port | 1 1000BASE-SX/LX SFP interface |
VDSL Port | 1 VDSL2 RJ11 female phone jack Twisted-pair telephone wires (AWG-24 or better) up to 1.4km |
Phone Port | Additional splitter for POTS connection |
DIP Switch & Functionality | 4-position DIP switch ■ CO or CPE mode selectable ■ Selectable G.INP and interleaved mode ■ Selectable target band plan ■ Selectable target SNR mode |
LED Indicators | 1 Power: Green 1 1000BASE-SX/LX LNK/ACT: Green 1 VDSL: Green 1 CO: Green 1 CPE: Green |
ESD Protection | 6KV DC |
Enclosure | Metal |
Installation | Wall mount or DIN rail with optional kit |
Dimensions (W x D x H) | 97 x 70 x 26 mm |
Weight | 206g |
Power Requirements | DC 5V, 2A external power |
Power Consumption | 4.3 watts/14BTU (maximum) |
Switch Specifications | |
Switch Processing Scheme | Store-and-Forward |
Address Table | 2K entries |
Flow Control | Back pressure for half duplex IEEE 802.3x pause frame for full duplex |
Maximum Packet Size | 1522bytes |
System Specifications | |
VDSL Compliance | VDSL-DMT ■ ITU-T G.993.1 VDSL ■ ITU-T G.997.1 ■ ITU-T G.993.2 VDSL2 (Profile 17a/30a support) ■ ITU-T G.993.5 G.Vectoring ■ ITU-T G.998 ■ G.INP |
ADSL Compliance | Capable of ADSL2/2+ standard ■ ITU G.992.3 G.dmt.bis ■ ITU G.992.5 G.dmt.bisplus Data Rate: Up to 24Mbps |
Performance* (Downstream/Upstream) | 200M ----> 190Mbps/87Mbps 400M ----> 161Mbps/60Mbps 600M ----> 118Mbps/36Mbps 800M ----> 59Mbps/24Mbps 1000M --> 47Mbps/7Mbps 1200M --> 39Mbps/4Mbps 1400M --> 25Mbps/4Mbps 200M ----> 147Mbps/139Mbps 400M ----> 112Mbps/110Mbps 600M ----> 75Mbps/73Mbps 800M ----> 44Mbps/44Mbps 1000M --> 26Mbps/25Mbps 1200M --> 24Mbps/13Mbps 1400M --> 20Mbps/9Mbps 200M ----> 197Mbps/101Mbps 400M ----> 168Mbps/65Mbps 600M ----> 109Mbps/34Mbps 800M ----> 65Mbps/20Mbps 1000M --> 53Mbps/7Mbps 1200M --> 44Mbps/4Mbps 1400M --> 28Mbps/4Mbps 200M ----> 150Mbps/150Mbps 400M ----> 117Mbps/117Mbps 600M ----> 77Mbps/77Mbps 800M ----> 43Mbps/43Mbps 1000M --> 29Mbps/28Mbps 1200M --> 27Mbps/15Mbps 1400M --> 22Mbps/10Mbps 200M ----> 178Mbps/84Mbps 400M ----> 143Mbps/53Mbps 600M ----> 99Mbps/32Mbps 800M ----> 48Mbps/22Mbps 1000M --> 41Mbps/5Mbps 1200M --> 33Mbps/3Mbps 1400M --> 23Mbps/3Mbps 200M ----> 135Mbps/127Mbps 400M ----> 96Mbps/96Mbps 600M ----> 61Mbps/59Mbps 800M ----> 40Mbps/40Mbps 1000M --> 23Mbps/18Mbps 1200M --> 22Mbps/9Mbps 1400M --> 16Mbps/7Mbps 200M ----> 185Mbps/89Mbps 400M ----> 148Mbps/54Mbps 600M ----> 95Mbps/32Mbps 800M ----> 58Mbps/14Mbps 1000M --> 46Mbps/6Mbps 1200M --> 37Mbps/3Mbps 1400M --> 25Mbps/3Mbps 200M ----> 140Mbps/140Mbps 400M ----> 97Mbps/97Mbps 600M ----> 60Mbps/60Mbps 800M ----> 35Mbps/35Mbps 1000M --> 26Mbps/21Mbps 1200M --> 25Mbps/11Mbps 1400M --> 18Mbps/8Mbps |
Standards Conformance | |
Standards Compliance | IEEE 802.3z Gigabit SX/LX IEEE 802.3x Full-duplex flow control IEEE 802.1p Class of Service ITU-T G.993.1 VDSL ITU-T G.997.1 ITU-T G.993.2 VDSL2 (Profile 17a/30a support) ITU-T G.993.5 G.Vectoring & G.INP ITU-T G.998 |
xDSL Compatibility | |
VDSL2 | VC-231G VC-231GP VC-234G VC-231 VC-820M VDR-301N |
* Performace is based on the VC-231GF (CO mode) that coworks with PLANET VC-231G (CPE mode). The actual data rate will vary on the quality of the copper wire and environmental factors. |