--- title: "Electrical installation" slug: "evo-electrical-installation" updated: 2024-11-07T15:29:13Z published: 2024-11-07T15:29:13Z canonical: "docs-linescan.alliedvision.com/evo-electrical-installation" --- > ## Documentation Index > Fetch the complete documentation index at: https://docs-linescan.alliedvision.com/llms.txt > Use this file to discover all available pages before exploring further. # Electrical installation ## DXGE interface The SFP+ 10 GigE connectors permit to use (direct attach) copper cables or optical fiber cables with lengths of up to 400 m (10GBASE-SR). - Use a single port for data rates up to 10 Gbit/s. - For higher data rates connect both ports using Link Aggregation. ### Network adapter To establish a DXGE connection a network adapter with one or two SFP+ 10 GigE inputs must be installed and configured on the PC. The installation of a network adapter is explained in the GCT documentation. For more information, see [Installation GigE](/v1/docs/installation-gige). For more information about the tested network adapters and the transceivers, see [Tested Network adapters and Transceivers.](/v1/docs/tested-network-adapters-and-transceivers) ### Cabling | ![electricity](https://cdn.document360.io/eca58697-9c2f-461e-9f0a-e6205b74b693/Images/Documentation/electricity.png) | **![general warning](https://cdn.document360.io/eca58697-9c2f-461e-9f0a-e6205b74b693/Images/Documentation/general%20warning(4).png)WARNING** | | --- | --- | | **Electric shock due to improper connection to a power supply.** | | Use a 12 V – 24 V DC power supply. | 1. Connect one or both video output ports. 2. Connect the [digital I/O port](/v1/docs/evo-electrical-installation#digital-io-port). 3. Connect the [power supply](/v1/docs/evo-electrical-installation#power-supply). ## CXP interface The interface allows you to connect up to four CXP cables. Micro BNC (for CXP12) connectors for the camera and suitable connectors for the frame grabber are required. The maximum cable length is 35 m. ### Frame grabber To establish a CXP connection a frame grabber must be installed and configured on the PC. Refer to the manual of your frame grabber. For more information about the tested frame grabbers, see [Tested frame grabbers](/v1/docs/tested-frame-grabbers-1). ### Cabling | ![electricity](https://cdn.document360.io/eca58697-9c2f-461e-9f0a-e6205b74b693/Images/Documentation/electricity.png) | **![general warning](https://cdn.document360.io/eca58697-9c2f-461e-9f0a-e6205b74b693/Images/Documentation/general%20warning(4).png)WARNING** | | --- | --- | | **Electric shock due to improper connection to a power supply.** | | Use a 12 V – 24 V DC power supply. | 1. Connect port 0 (master port) of the video output port.NOTEFor the maximum line rate connect all four ports. Make sure that port 0 of the camera is connected to port 0 (or A) of the frame grabber. Otherwise, no connection to the camera can be established. 2. Connect the digital I/O port. #### Option 1: Power over CoaXPress (PoC) To use the power-over-CXP function two connections are needed. Connect port 0 and port 1 of the video output port. #### Option 2: Power supply port Connect the [power supply](/v1/docs/evo-electrical-installation#power-supply). ## Digital I/O port NOTEEnsure a proper GND connection of the digital camera I/O port and your trigger.   The following connector is required for the digital I/O port: - 15-pin HD D-Sub (male) ![evo-digital io_02](https://cdn.document360.io/eca58697-9c2f-461e-9f0a-e6205b74b693/Images/Documentation/evo-digital%20io_02.svg)Pin allocation D-Sub connector (female) of the camera | Pin | GenICam | Signal | Level | In/Out | Example/Remark | | --- | --- | --- | --- | --- | --- | | 1 | Line 1 | Enc0_InP (+) | RS 422 | Differential input | Encoder0 or LineTrigger | | 2 | Line 2 | Enc1_InP (+) | RS 422 | Differential input | Encoder1 or Frametrigger | | 3 | Line 3 | IO_0P | LVCMOS | Input | single-ended | | 4 | - | RT | RS 485 | - | - | | 5 | Line 5 | IO_2P | LVCMOS | Out | LED-Out1 | | 6 | Line 1 | Enc0_InN (-) | RS 422 | Differential input | Encoder0 | | 7 | Line 2 | Enc1_InN (-) | RS 422 | Differential input | Encoder1 | | 8 | Line 4 | IO_1N | LVCMOS | Input single-ended | Trigger or Master-Slave Cascaded | | 9 | - | RTN | RS 485 | Out | To LightController XLC4 | | 10 | Line 6 | IO_3 | LVCMOS | Out | LED-Out2 | | 11 | - | GND | - | GND | - | | 12 | Line 7 | IO_4_SDA | LVCMOS | Out | LED-Out3 | | 13 | - | GND | GND | - | - | | 14 | Line 9 | Master/Slave | LVCMOS | Bi-directional | Master/Slave | | 15 | Line 8 | IO_5_SCL | LVCMOS | Out | LED-Out4 | ### LVCMOS and RS422 levels | I/O standard | V_IL | V_IH | V_OL | V_OH | | --- | --- | --- | --- | --- | | | V_min | V_max | V_min | V_max | V_max | V_min | | LVCMOS | –0.5 | 0.7 | 1.7 | 3.6 | 0.4 | 2.1 | | RS422 | –6 | 0.8 | 2 | 6 | - | - | | ![notice](https://cdn.document360.io/eca58697-9c2f-461e-9f0a-e6205b74b693/Images/Documentation/notice.svg) | **NOTICE** | | --- | --- | | **Non compliance may cause irreparable damages to the device.** | | The maximum input level of the LVCMOS is 3.6 V. Use a level converter if necessary (e.g. 74 LVC14). | ## Circuit Diagrams ### RS422 configuration ![svg-neo-circuit_diagram_rs422](https://cdn.document360.io/eca58697-9c2f-461e-9f0a-e6205b74b693/Images/Documentation/svg-neo-circuit_diagram_rs422.svg)External circuit: RS422 device ### Single-Ended configuration ![svg-neo-circuit_diagram_1](https://cdn.document360.io/eca58697-9c2f-461e-9f0a-e6205b74b693/Images/Documentation/svg-neo-circuit_diagram_1.svg)External circuit: Optocoupler ![svg-neo-circuit_diagram_2](https://cdn.document360.io/eca58697-9c2f-461e-9f0a-e6205b74b693/Images/Documentation/svg-neo-circuit_diagram_2.svg)External circuit: TTL or CMOS logic gate ## Power supply The following connector is required for the power supply cable: - Manufacturer: Hirose - Article no.: HR10A-7P-6S female | | Pin | Description | | --- | --- | --- | | ![svg-evo-power supply](https://cdn.document360.io/eca58697-9c2f-461e-9f0a-e6205b74b693/Images/Documentation/svg-evo-power%20supply.svg)Pin allocation of the power supply port | 1 | Power +24 V | | 2 | Power +24 V | | 3 | Not connected | | 4 | Not connected | | 5 | Ground | | 6 | Ground | Connection with one 10 GigE lane. Gigabit Ethernet (GigE) enables easy connection of industrial cameras. Dual 10 GigE connection with two 10 GigE lanes. Gigabit Ethernet (GigE) enables easy connection of industrial cameras. CoaXPress (CXP) is an asymmetric high-speed point-to-point serial communication standard for the transmission of video and still images, scalable over single or multiple coaxial cables.