Download Print this page

GIGA Copper G4202TCP-RPF Instruction Manual

G.hn wave2 pox/poe master/client set

Advertisement

Quick Links

G4202TCP-RPF Master
G4202TCP Client
G.hn Wave2 PoX/PoE Master/Client Set
Twisted-Pair Firmware
Instruction manual
Version 1.2
May 2023
For more information and purchase requests
contact
info@gigacopper.net
1. Packing
G4202TCP-RPF Master or G4202TCP Client
RJ11/RJ11 telephone cable 1. 5m, 4-wire (SISO and MIMO)
Only in DE: TAE-F/RJ11 adapter, 4-pin (SISO and MIMO)
Bracket for wall mounting
2. Specifications
Dimensions: 103 * 78 * 32mm
Weight: 0.36 kg
Operating temperature: -10°C - 50°C
Enclosure Rating: IP30
For full specification, see G4202TCP-RPF and G4202TCP datasheets
3. G.hn specification
G.hn Wave2, 2-200 MHz
Connectiontype: SISO (1 wire pair, 2-200 MHz) and MIMO
(2 wire pairs, 2-100 MHz)
Physical bandwidth (PHY): approx. 1800 Mbit/s
Netwidth: approx. 1500 Mbit/s (
total download and upload)
Bandwidth distribution – variable, ex works: 70%
download (direction master to
client) 30% upload (direction client to master)
Maximum allowable attenuation of the cable connection:
75dB
1. Introduction
With the G.hn modem set G4202T CP-RPF and G4202TCP
you caneasily expand your network and at the same time
supply the PoE/PoE+ compatible end devices (access points
s, IP camera as, IP phonee etc.) with power.
Both modems can be powered locally via a USB-C PD
power supply (max. 90W) or via the G.hn connection.
G4202TCP-RPF can also inject power into the G.hn
connection.
The modems can use any type of cable – both twisted-pair
and non-twisted-pair – for data and power transmission.
The bandwidth is up to 1500MBbit/s, the range up to
600m. Connected end devices are supplied with power via
another 100m long Ethernet cable according to the
802.3af/at standard.
The G4202TCP client can also be combined with a non-
PoX/PoE-capable G.hn master modem (such as G4201TM
or G4202T).
If there are multiple parallel connections via telephone
cables, the G4224 Master Switch must be used. It offers
automatic G.hn vectoring (VectorBoost) and central
administration of all G4202TCP clients.
4. Connections
Panel and LED description
Lettering
Description
5-20V/1-5A
USB-C Power Delivery 3.0 power
USB-PD
connector, max. 90W
PoX/RPF LINE
G.hn connection, telephone or coax,
use according to firmware
G1, G2
2x 1 Gigabit Ethernet port with
PoE/PoE+
PWR LED
Indicates power availability
LINE LED
Status of the G.hn connection
(green – OK, yellow – weak signal, off –
no connection)
RPF LED
G4202TCP-RPF only:
Status Power output over G.hn port
G1/G2 LED
Right: Status Ethernet connection
Left: Status PoE supply
Recessed reset button (15 sec.)

Advertisement

loading
Need help?

Need help?

Do you have a question about the G4202TCP-RPF and is the answer not in the manual?

Questions and answers

Summary of Contents for GIGA Copper G4202TCP-RPF

  • Page 1 Both modems can be powered locally via a USB-C PD power supply (max. 90W) or via the G.hn connection. Instruction manual G4202TCP-RPF can also inject power into the G.hn connection. The modems can use any type of cable – both twisted-pair and non-twisted-pair –...
  • Page 2 5. Typical applications Variant 1: G4202TCP-RPF Master + G4202TCP Client. Master draws power from the USB-C adapter, client - via G.hn link. Variant 2: G4202TCP as client together with G4201TM master. G4202TCP draws power from the USB-C adapter. Variant 3: G4202TCP as client on the G4224 switch. Each switch can power up to 24 clients, 4 of which are 90W.
  • Page 3 In the factory setting, the VLAN tags are forwarded transparently. External Ethernet switches can be used for the formation and use of VLANs. Instead of external Ethernet switches, VLAN configuration can be done by the manageable G.hn switch G4224. Both Ethernet ports of the G4202TCP-RPF and the G4202TCP modem can be configured independently of each other.
  • Page 4 11. Query the negotiated bandwidth The bandwidths negotiated by the devices for both transmission directions can be queried via the web interface of each device. The reported values are gross data transfer rates at the physical layer (PHY). The transfer speed at the application level is about 15-20% lower.
  • Page 5 13. Notching, compatibility with DSL/VDSL The G.hn modems can also be used in parallel with DSL/VDSL connections with unshielded telephone cables as well as via double wires of a common cable. In the case of DSL and VDSL50, the G.hn modems usually do not require any settings. For compatibility with VDSL100 (profile 17a) and VDSL250 (profile 35b), the G.hn level in the range 2-17MHz and 2-30MHz must normally be lowered by 10dB.

This manual is also suitable for:

G4202tcp