SC&T IP09P Manuale utente

Smart Cabling & Transmission Corp.

V1.0_

201210M

IP/ PoE Extender

User Manual

Model : IP09P

PoE over CAT5e Extender

User Manual

IP09P

Introduction

IP09P is a point-to-point PoE (Power over Ethernet) extender that can use single CAT5e (or greater) cable

to extend TCP/IP signal and huge amount of power for a remote PoE device, such as speed dome

camera, Dante PoE speaker, smart LED…etc., with no external power required. It’s a perfect solution for

CCTV system, large-scale audio environment, smart building and factory.

Features

Signal extension up to 800M over CAT5e cable.

Provides up to 90W power for remote PoE device.

Power source from either a PoE switch or an external power adapter.

Bandwidth up to 100Mbps.

Supports Full duplex and half duplex mode and Auto MDI/MDI-X switching.

Built-in 30kV ESD, 40A EFT, and 30A surge at RJ45 side.

Installation view

1 Power from a PoE switch

2 Power from a power adapter

User Manual

IP09P

3 Extra Power supply at the transmitter side for additional 100M extension

4 Extra-long distance PoE Extension

User Manual

IP09P

Panel Review

No.

Interface

Function

Power Jack

To connect with DC48 or 56V power adapter when

connecting to non-PoE device. Power input maximum up to

110W.

Power LED Indication

To indicate the power status (Refer to Description 1)

Port 1 Status Indication

Port 1 mode indication (Refer to Description 3)

Port 2 Status Indication

Port 2 mode indication (Refer to Description 3)

Console Port

To update firmware.

DIP Switch

To select the desired mode (Refer to Description 5)

RJ45 Connector

Port 1；To connect with an networking device or IP09P

(Refer to Description 4)

RJ45 Connector

Port 2；To connect with IP09PT/ IP09PR

PoE LED Indication

To indicate the PoE connection status (Refer to Description 2)

User Manual

IP09P

Description

1Power LED Indication

Green ON

Green OFF

Breathe

Power On

Power Off

Power Saving

2PoE LED Indicator

Blue ON

Blue OFF

Connect to PoE device

Connect to Non-PoE device

3Status Indication

Port □

1Status

Blue ON

Blue OFF

Light Blinking

Blink twice

Long Distance

Unlinked or Ethernet

100Base-T1

Hardware Failure

Port □

2Status

Blue ON

Blue OFF

Light Blinking

Blink twice

Long Distance

Unlinked

100Base-T1

Hardware Failure

3.1 Once the port 1 and 2 remain unlinked, the IP09C will automatically turn to Power

Saving mode.

User Manual

IP09P

4RJ45 Pinout

4.1 1

0BA

SE-T,

100B

ASE-

and

long

dist

ance 100Mbps mode use two pairs of wires to transfer data.

4.2 100BASE-T1, long-distance 10Mbps mode use one pair of wires to transfer data.

4.3 Power is transferred through four pairs of wire.

568B Pinout

Order

RJ45 Port 1 (Black)

RJ45 Port 2 (Yellow)

Data

PoE

Data

PoE

1. Orange-white

TX+ (DATA1+)

PoE+ (Data Pair)

DATA1+

Power +

2. Orange

TX- (DATA1-)

PoE+ (Data Pair)

DATA1-

Power +

3. Green-white

RX+ (DATA2+)

PoE- (Data Pair)

DATA2+

Power -

4. Blue

PoE+ (Spare Pair)

Power +

5. Blue-white

PoE+ (Spare Pair)

Power +

6. Green

RX- (DATA2-)

PoE- (Data Pair)

DATA2-

Power -

7. Brown-white

PoE- (Spare Pair)

Power -

8. Brown

PoE- (Spare Pair)

Power -

User Manual

IP09P

5Power and Transmission Distance

The reports below show the extension distance and the amount of power transferred by distance. All

statistics get from the result of using the COMMSCOPE 57535-2 (CAT5e 24AWG) cables to test.

5.1 Mode & Data Rate by transmission distance

5.2 Power from 56V Power Adapter

Input Power

Distance

Output Power

95W (56V/1.7A)

200M

50W

72W (56V/1.3A)

300M

38W

56W (56V/1.0A)

400M

29W

45W (56V/0.8A)

500M

23W

40W (56V/0.7A)

600M

20W

32W (56V/0.57A)

700M

16W

28W (56V/0.5A)

800M

14W

5.3 Power from 48V Power Adapter

Input Power

Distance

Output Power

64W (48V/1.4A)

200M

36W

44W (48V/0.9A)

300M

24W

34W (48V/0.7A)

400M

19W

29W (48V/0.6A)

500M

15W

22W (48V/0.45A)

600M

12W

21W (48V/0.44A)

700M

10W

17W (48V/0.35)

800M

Mode

Data Rate

Distance

100BASE-TX with EEE

100Mbps

100M

100BASE-TX

100Mbps

130M

100BASE-T1

100Mbps

300M

Long Distance

100Mbps

500M

10BASE-T with EEE

10Mbps

100M

10BASE-T

10Mbps

250M

Long Distance

10Mbps

800M

User Manual

IP09P

5.4 Power from IEEE 802.3at PoE Switch

Input Power

Distance

Output Power

IEEE 802.3at

PoE Switch

200M

21W

300M

19W

400M

17.5W

500M

16.5W

600M

15W

700M

13W

800M

10W

6DIP Switch Setting

6.1 Port 1 can be set manually and automatically but Port2 can only set automatically.

6.2 Auto Mode/ Default: Automatically set up the link speed and transmssion protocol.

6.3 Auto+EEE Mode: Energy-Efficient Ethernet based on Auto Mode.

6.4 When all DIP switches are ON, the data rate will support 100Mbps at all modes.

6.5 When Switch 1 is OFF and Switch 2, 3, 4 are ON, the data rate will support 10Mbps at all

modes.

6.6 When data rate is 10Mbps at 100BASE-T1 mode, the mode will automatically switch to

Long-Distance mode and data rate remains 10Mbps.

6.7 Port 2 will auto-negotiate to perfect the connection.

6.8 When Port 1 is connected with a networking device over 500M away or the auto-mode

cannot work properly, please follow the chart below to manually set up data rates and

modes.

SWITCH

SETTINGS/ FUNCTION

SW 1

Auto Mode

(Default)

OFF↑

Auto Mode

with EEE

ON↓

OFF↑

SW 2

OFF↑

ON↓

SW 3

OFF↑

ON↓

SW 4

OFF↑

ON↓

SWITCH

Function

↑OFF

↓ON

SW 1

Link Speed

10Mbps

100Mbps

SW 2

Standard Ethernet

Disable

Enable

SW 3

100BASE-T1

Disable

Enable

SW 4

Long Distance

Disable

Enable

100Mbps

10Mbps

User Manual

IP09P

6.9 Port 1 Auto-Negotiation Priority

Priority

Mode

1 (Highest)

Long Distance 100Mbps

100BASE-T1

Long Distance 10Mbps

100BASE-TX Full Duplex

100BASE-TX Half Duplex

10BASE-T Full Duplex

7 (Lowest)

10BASE-T Half Duplex

User Manual

IP09P

Jumper Settings

1. We strongly recommend those who have advanced engineering skills to adjust the jumpers.

2. Improper adjustment may make the devices damaged.

3. Any changes should start after turning off the power.

4. IP09PT Jumper Settings:

Position

Function

Setting

Description

Operation Mode

Jumper cap on pin 1 & 2

PoE handshake ON (Default)

Jumper cap on pin 2 & 3

PoE handshake OFF

Data Pair A

Power Settings

Jumper cap ON

Mode A

(End-spin)

Power over PIN 1,2 (Default)

Jumper cap OFF

Power OFF

Data Pair B

Power Settings

Jumper cap ON

Power over PIN 3,6 (Default)

Jumper cap OFF

Power OFF

Spare Pair C

Power Settings

Jumper cap ON

Mode B

(Mid-spin)

Power over PIN 4,5 (Default)

Jumper cap OFF

Power OFF

Spare Pair D

Power Settings

Jumper cap ON

Power over PIN 7,8 (Default)

Jumper cap OFF

Power OFF

PoE Mode

Jumper cap on pin 1 & 2

On Standard PoE Mode (Default)

Jumper cap on pin 2 & 3

On Legacy PoE Mode

Dual PD Mode

Jumper cap on pin 1 & 2

Power over 8 PINs (Default)

Jumper cap on pin 2 & 3

Dual PD mode OFF

P10

Boost Voltage

Jumper cap on pin 1 & 2

Enable boost voltage (Default)

Jumper cap on pin 2 & 3

Disable boost voltage

P11

Voltage Select

Jumper cap on pin 1 & 2

Boosted voltage for PSE (Default)

Jumper cap on pin 2 & 3

No boost voltage for PSE

Indice

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