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IVC-234GT Industrial 1-Port BNC / RJ11 to 4-Port Gigabit Ethernet Extender

New IVC-234GT Industrial 1-Port BNC / RJ11 to 4-Port Gigabit Ethernet Extender

* Note: 2 x IVC-234GT units required for 1 Link / Pair.

Planet IVC-234GT Industrial 1-Port BNC / RJ11 to 4-Port Gigabit Ethernet Extender


High Performance Industrial Gigabit Ethernet Extender 

To fulfill the needs of long-distance and higher speed required Ethernet over Coaxial or 2-wired UTP applications, PLANET Technology offers a new Industrial Ethernet Extender, IVC-234GT. It features one BNC port and one RJ11 port for long-distance connection with the VDSL2 (Very-high-bit-rate Digital Subscriber Line 2) technology, and 4 10/100/1000BASE-T RJ45 Ethernet ports. Its slim-sized metal housing makes the placement of the unit convenient. Working well with a pervasive coaxial or RJ11 network, the IVC-234GT provides an excellent bandwidth of up to a total duplex data rate of 300Mbps which can extend a maximum distance up to 1.2km.

If the IP network that consists of IP camera, wireless access point, NVR and digital signage display requires an extension of beyond the 100-meter distance, the IVC-234GT will be the best option as it can transmit data over the coaxial cable or telephone wire. A 100-meter distance can only be extended on an UTP cable.


Superior Upstream and Downstream Transmission

The design of the IVC-234GT is based on the two-core networking technology, Gigabit Ethernet and VDSL2. The IVC-234GT offers a stable yet high-speed point-to-point network access up to a duplex data transmission of 300Mbps. It provides 2 selective transmission modes -- asymmetric mode or symmetric mode -- for the transmission of upstream and downstream signals.

- Asymmetric mode – downstream up to 200Mbps and upstream up to 100Mbps

- Symmetric mode – downstream up to 150Mbps and upstream up to 150Mbps

The symmetric mode provides a similar transmission rate on both downstream and upstream while the asymmetric mode performs higher transmission quality in short range. In all, when the IVC-234GT is in the symmetric mode, it provides a better upstream performance, and when it is in the asymmetric mode, it gives a better downstream performance.


Ethernet over Long Distance Existing Coaxial or RJ11 Cable

The IVC-234GT is also a Long Reach Ethernet (LRE) solution which provides a quick replacement and smooth migration solution from the existing analog system to full digital system.  It features two types of transmission, the coaxial or RJ11. A normal UTP cable can only be extended up to 100 meters, but with the IVC-234GT, the distance for Ethernet networking can be extended up to 1,200 meters (3,937ft.), which is ideal for the following network applications:

- Long-distance IP network devices

- IP digital signage 

- Cable TV to IPTV

- Distance video education

- Electronic billboards


If you have coaxial or RJ11 cable in your existing environment, you can install a pair of the IVC-234GT very simply without the need to build additional network wires, thus saving costs for network construction.


Easy Installation

The IVC-234GT offers two operation modes, the client-side CPE and central-side CO, making any network applications easy and flexible. The CPE or CO mode can be adjusted by using the built-in DIP switch. For point-to-point connection, one IVC-234GT in CPE mode and the other one in CO mode must be set up as a pair of converters to perform the connection. This enables the administrator to efficiently manage the network over coaxial cable, making long-distance transmission better.

ADSL2+ Fallback

For ISPs providing ADSL broadband services, the IVC-234GT can support a downstream rate of up to 24Mbps and an upstream rate of 1Mbps with the ADSL2+ technology. The IVC-234GT can also be directly switched over to VDSL2 after the network upgrade.

Long Reach Ethernet


- ITU-T G.993.5 G.Vectoring and G.INP

- Upstream/Downstream bandwidth up to 200/100Mbps

- CO/CPE mode selectable via DIP switch

- Selectable target band plan and SNR margin

- One BNC/RJ11 connector for VDSL connection

- Uses existing RG59/RG6 coaxial cable

- Used in pairs to extend Point-to-Point connection up to 1.2km

- Supports IEEE 802.1Q VLAN tag transparency


Industrial Case and Installation


- Slim-type IP30 metal case

- DIN rail and wall-mount design

- 12 to 48V DC, redundant power with polarity reverse protect function

- AC 24V power adapter acceptable

- Supports 6000 VDC Ethernet ESD protection

-    -40 to 75 degrees C operating temperature

- Minimum installation time (Simply by Plug and Play)

- Supports extensive LED indicators for network diagnosis


Hardware Specifications

TP interface 4 10/100/1000BASE-T RJ45 auto-MDI/MDI-X ports

VDSL BNC 1 BNC female Ethernet over Coaxial port

Cabling:

 Coaxial cable: 75 ohm

 RG-6/U cable, less than12Ω/1000 ft

 RG-59/U cable, less than 30Ω/1000 ft.

Maximum Distance:

 Max. 1.2km with data transmission (3,937ft.)

VDSL RJ11 1 VDSL2/ADSL2+ RJ11 female phone jack

Twisted-pair telephone wires (AWG-24 or better) up to 1.2km (3,937ft.)

DIP Switch & Functionality DIP-1: Select CO or CPE mode

DIP-2: Select G.INP or Interleaved mode

DIP-3: Select Band Profile (Asymmetric or Symmetric)

DIP-4: Select SNR of 12dB or 8dB

LED Indicators Power 1/Power 2: Green

FAULT: Red

1000BASE-T LNK/ACT: Green

10/100BASE-TX LNK/ACK: Green

VDSL: Green

CO: Green

CPE: Green

ESD Protection 6KV DC

Enclosure IP30 slim metal case

Installation DIN-rail kit or wall-mount ear

Dimensions (W x D x H) 32 x 135 x 87.8mm

Weight 185g

Power Requirement DC input: Dual 12~48V DC, 0.4A max.

24V AC

Power Consumption 5.7 watts

Performance

Upstream/ Downstream Performance Table with RJ11 Cable

CO, Interleave, Asym, 8dB


 200M -> 93Mbps/190Mbps

 400M -> 67Mbps/164Mbps

 600M -> 38Mbps/116Mbps

 800M -> 24Mbps/59Mbps

 1000M -> 9Mbps/45Mbps

 1200M -> 6Mbps/30Mbps


CO, Interleave, Sym, 8dB


 200M -> 143Mbps/148Mbps

 400M -> 118Mbps/119Mbps

 600M -> 71Mbps/75Mbps

 800M -> 49Mbps/36Mbps

 1000M -> 21Mbps/25Mbps

 1200M -> 16Mbps/24Mbps


G.INP, ASym, 8dB


 200M -> 92Mbps/190Mbps

 400M -> 68Mbps/165Mbps

 600M -> 37Mbps/112Mbps

 800M -> 27Mbps/56Mbps

 1000M -> 9Mbps/46Mbps

 1200M -> 5Mbps/31Mbps


G.INP, sym, 8dB


 200M -> 143Mbps/148Mbps

 400M -> 116Mbps/115Mbps

 600M -> 71Mbps/69Mbps

 800M -> 49Mbps/32Mbps

 1000M -> 19Mbps/27Mbps

 1200M -> 16Mbps/23Mbps


CO, Interleave, Asym, 12dB


 200M -> 85Mbps/174Mbps

 400M -> 59Mbps/146Mbps

 600M -> 28Mbps/94Mbps

 800M -> 22Mbps/49Mbps

 1000M -> 7Mbps/40Mbps

 1200M -> 3Mbps/28Mbps


CO, Interleave, Sym, 12dB


 200M -> 132Mbps/126Mbps

 400M -> 103Mbps/104Mbps

 600M -> 59Mbps/60Mbps

 800M -> 38Mbps/27Mbps

 1000M -> 15Mbps/24Mbps

 1200M -> 6Mbps/20Mbps


G.INP, Asym, 12dB


 200M -> 85Mbps/174Mbps

 400M -> 57Mbps/144Mbps

 600M -> 28Mbps/94Mbps

 800M -> 22Mbps/49Mbps

 1000M -> 7Mbps/40Mbps

 1200M -> 3Mbps/28Mbps


G.INP, Sym, 12dB


 200M -> 129Mbps/136Mbps

 400M -> 99Mbps/96Mbps

 600M -> 61Mbps/55Mbps

 800M -> 39Mbps/24Mbps

 1000M -> 15Mbps/26Mbps

 1200M -> 12Mbps/20Mbps

Upstream/ Downstream Performance Table with Coaxial Cable

CO, Interleave, Asym, 8dB


 200M -> 54Mbps/184Mbps

 400M -> 49Mbps/148Mbps

 600M -> 36Mbps/100Mbps

 800M -> 21Mbps/50Mbps

 1000M -> 7Mbps/42Mbps

 1200M -> 5Mbps/27Mbps


CO, Interleave, Sym, 8dB


 200M -> 131Mbps/148Mbps

 400M -> 93Mbps/118Mbps

 600M -> 77Mbps/66Mbps

 800M -> 44Mbps/30Mbps

 1000M -> 20Mbps/25Mbps

 1200M -> 13Mbps/27Mbps


G.INP, ASym, 8dB


 200M -> 89Mbps/185Mbps

 400M -> 57Mbps/155Mbps

 600M -> 33Mbps/75Mbps

 800M -> 17Mbps/66Mbps

 1000M -> 13Mbps/59Mbps

 1200M -> 4Mbps/32Mbps


G.INP, sym, 8dB


 200M -> 140Mbps/144Mbps

 400M -> 104Mbps/113Mbps

 600M -> 62Mbps/73Mbps

 800M -> 40Mbps/29Mbps

 1000M -> 20Mbps/27Mbps

 1200M -> 14Mbps/20Mbps


CO, Interleave, Asym, 12dB


 200M -> 75Mbps/169Mbps

 400M -> 54Mbps/128Mbps

 600M -> 26Mbps/80Mbps

 800M -> 17Mbps/39Mbps

 1000M -> 5Mbps/29Mbps

 1200M -> 3Mbps/28Mbps


CO, Interleave, Sym, 12dB


 200M -> 125Mbps/128Mbps

 400M -> 89Mbps/99Mbps

 600M -> 64Mbps/53Mbps

 800M -> 37Mbps/26Mbps

 1000M -> 19Mbps/28Mbps

 1200M -> 15Mbps/20Mbps


G.INP, Asym, 12dB


 200M -> 79Mbps/166Mbps

 400M -> 47Mbps/137Mbps

 600M -> 31Mbps/73Mbps

 800M -> 13Mbps/45Mbps

 1000M -> 6Mbps/38Mbps

 1200M -> 3Mbps/22Mbps


G.INP, Sym, 12dB


 200M -> 117Mbps/123Mbps

 400M -> 89Mbps/96Mbps

 600M -> 52Mbps/43Mbps

 800M -> 39Mbps/24Mbps

 1000M -> 15Mbps/26Mbps

 1200M -> 12Mbps/20Mbps

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

Jumbo Packet Size 9K bytes

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

Standards Conformance

Standards Compliance IEEE 802.3 Ethernet

IEEE 802.3u Fast Ethernet

IEEE 802.3ab Gigabit Ethernet

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 and G.INP

ITU-T G.998

Regulatory Compliance FCC Part 15 Class A, CE

Environment

Temperature Operating: -40~75 degrees C

Storage: -40~75 degrees C

Humidity Operating: 5~95% (non-condensing)

Storage: 5~95% (non-condensing)

Point-to-Point Application -- LAN to LAN Connection

One set of the IVC-234GT could be used to link two local Area networks that are located in different places. Through the coaxial cable, it could set up a 200/100Mbps asymmetric backbone, but one IVC-234GT must be Master (CO mode) and the other one is Remote (CPE mode).


Community/Campus Surveillance and Security over IP

To take advantage of digital surveillance system and keep the benefits of coaxial cable/RJ11 of the IVC-234GT, communities, campuses and enterprises can upgrade their analog camera system to IP camera surveillance system without using additional new wires. As the IVC-234GT comes with one RJ45 port and one BNC Ethernet over Coaxial port, just plug in the UTP cable of IP camera to the Ethernet port and the existing coaxial cable to the BNC connector to easily deploy and extend the distance with signal conversion by transmitting the Ethernet data from the standard coaxial cable.



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