User Guide
Icron Polaris™ 7044
USB 3-2-1 Matrix
Icron Polaris 7044 Matrix Switcher
Thank you for purchasing the Icron Polaris 7044 Matrix.
Please read this user guide thoroughly.
This document applies to the following part numbers:
|
Model |
North American System | European System | United Kingdom System | Australia System |
Japan System |
| Icron Polaris 7044 Matrix | 00-00466 | 00-00467 | 00-00468 | 00-00469 | 00-00470 |
FCC Radio Frequency Interference Statement Warning
This device complies with part 15 of the FCC Rules. Operation is subject to the following two conditions: (1) this device may not cause harmful interference, and (2) this device must accept any interference received including interference that may cause undesired operation.
CE Statement
We, Icron, an Analog Devices brand, declare under our sole responsibility that the Polaris™ 7044, to which this declaration relates, is in conformity with European Standards EN 55032, EN 55035, EN 61000, EN 62368-1 and RoHS Directive 2011/65/EU + 2015/863/EU.
Industry Canada Statement
This Class A digital apparatus complies with Canadian ICES-003.
CAN ICES-3 (A) / NMB-3 (A)
WEEE Statement
The European Union has established regulations for the collection and recycling of all waste electrical and electronic equipment (WEEE). Implementation of WEEE regulations may vary slightly by individual EU member states. Please check with your local and state government guidelines for safe disposal and recycling or contact your national WEEE recycling agency for more information.
Product Operation and Storage
Please read and follow all instructions provided with this product and operate for intended use only. Do not attempt to open the product casing as this may cause damage and will void the warranty. Use only the power supply provided with this product. When not in use, this product should be stored in a dry location between -20°C and 70°C.
Introduction
This guide provides product information for the Polaris™ 7044 Matrix, installation instructions, API and troubleshooting guidelines. The instructions in this guide assume a general knowledge of computer installation procedures, familiarity with cabling requirements and some understanding of USB devices.
NOTE: Notes provide additional useful information.
CAUTION: Cautions provide important information about an operational requirement.
Product Contents
Your Icron Polaris 7044 Matrix system contains:
- Polaris 7044 Matrix
- 24V 2.71A International Power Adapter
- Country Specific AC Power Cord
- RS232 Mating Connector
- Default Values Label (to affix where desired)
- Quick Start Guide
NOTE: USB cables are not included.
Features
Polaris 7044 allows for matrix switching of USB 3, 2, and 1 devices between four hosts and four devices. Any host can connect to any single or multiple devices. Control of the routing and features is available through an embedded webpage and API on the network and RS232 interface.
- Matrix Switching four Hosts and four Devices providing up to 24 configurations
- USB 3.1 5Gbps, backwards compatible to USB 2.0, 1.1, and 1.0 devices and speeds
- USB Device status. Check the connection and operating speed of each device port.
- RS232, Telnet, SSH API
- Webpage configuration (Http://)
- User and Administrator Level Accounts
- Installation Testing Function
- 15W of power (5V, 3A) available per USB-C Device Port
- 6W of power (5V, 1.2A) available per USB-A Device Port
- Color Blind Friendly Indications
Polaris 7044 Unit
|
ITEM |
TYPE |
DESCRIPTION |
| 1 | Host “A” Port | Upstream USB-B port (3.1 5Gbps) for a host connection |
| 2 | Host “B” Port | Upstream USB-B port (3.1 5Gbps) for a host connection |
| 3 | Host “C” Port | Upstream USB-C port (3.1 5Gbps) for a host connection. Supports USB data only. |
| 4 | Host “D” Port | Upstream USB-C port (3.1 5Gbps) for a host connection. Supports USB data only. |
| 5 | Power LED | LED is SOLID ON when DC is supplied to the Polaris unit. LED is OFF when there is no power applied to the Polaris unit. |
| 6 | Status LED | LED is SOLID ON when the system is functioning normally. LED BLINKS when the system is updating firmware. LED is OFF when the system is initially booting. |
|
7 |
Device 1 LED |
LED is SOLID ON when routing is made to Device 1. LED will display BLUE, YELLOW, GREEN, or RED depending on if the routing is made to Host A, B, C, or D respectively. LED is OFF if not routing to Device 1. |
| 8 | Device 2 LED | LED is SOLID ON when routing is made to Device 2. LED will display BLUE, YELLOW, GREEN, or RED depending on if the routing is made to Host A, B, C, or D respectively. LED is OFF if not routing to Device 2. |
| 9 | Device 3 LED | LED is SOLID ON when routing is made to Device 3. LED will display BLUE, YELLOW, GREEN, or RED depending on if the routing is made to Host A, B, C, or D respectively. LED is OFF if not routing to Device 3. |
| 10 | Device 4 LED | LED is SOLID ON when routing is made to Device 4. LED will display BLUE, YELLOW, GREEN, or RED depending on if the routing is made to Host A, B, C, or D respectively. LED is OFF if not routing to Device 4. |
| 11 | Reset/Test Button | Factory Reset and Test mode button. Refer to page 8 for more details. See Testing Function section on page 8 for more detail. See Factory Reset section on page 8 for more detail. |
| 12 | DC Power IN | Locking connector for the included 24V 2.71A power adapter. |
| 13 | Network Interface | 10/100Mbps interface for internal webpage and network (SSH, TELNET) APIs. Connect to a network for network-based control. |
| 14 | RS232 Interface | Configurable baud rate RS232 interface for control with APIs. |
| 15 | Device 4 Port | USB-C Port supporting up to USB 3 5Gbps. 15W of power available 5V 3A. Supports USB data only. |
| 16 | Device 3 Port | USB-C Port supporting up to USB 3 5Gbps. 15W of power available 5V 3A. Supports USB data only. |
| 17 | Device 2 Port | LED BLINKS when the system is updating USB-A Port supporting up to USB 3 5Gbps. 6W of power available 5V 1.2A. |
| 18 | Device 1 Port | USB-A Port supporting up to USB 3 5Gbps. 6W of power available 5V 1.2A. |
Installation Guide
Requirements
To complete the installation, you will also require the following items that are not included with this system:
- Up to four USB compatible computers (hosts) with a USB compliant operating system
- Up to four USB compatible device(s)
Preparing Your Site
Before installing the Polaris 7044, you will need to prepare your site:
- Place you computers where desired and set them up.
- Place your USB devices where desired and set them up.
- Place Polaris in the desired location.
- Assemble the power adapter and country specific power cord together and connect them into a suitable AC outlet.
- Using appropriate USB A-B and USB-C cables, connect the hosts and devices to the appropriate ports.
Checking the Installation
- On the Polaris unit, check that the Power and Status LEDs are SOLID ON.
- For Windows users (10 and 11), open Device Manager to confirm that the system has been installed correctly.
Expand the entry for Universal Serial Bus controllers by clicking the “+” sign. If installed correctly, you should find a single instance of “Generic SuperSpeed USB Hub” listed.
To open Device Manager in Windows:
Right click the Start Menu and then select: Device Manager - For macOS users, open the System Profiler to confirm that the Polaris system has installed correctly. In the left-hand column under Hardware, select “USB” and inspect the right-hand panel. If installed correctly, you should find it listed as a single instance of “Hub” under the USB SuperSpeed Bus.
To open System Profiler in macOS™:
Open the Finder, select Applications, then open the Utilities folder and double click on the System Profiler icon. - If Polaris is not detected correctly or fails to detect, please consult the Troubleshooting section in this guide.
Connecting a USB Device and Compatibility
- Install any software required to operate your USB device. Refer to the documentation for your USB device, as required.
- Connect your USB device(s) to the device port on Polaris.
- Create a routing from a host to that device using API, GUI or test function.
- Check that the device is detected and installed properly in the operating system.
Polaris 7044 complies with USB 2.0 and USB 3 5Gbps specifications governing the design of USB devices. However, there is no guarantee that all USB devices or hosts will be compatible as there several different characteristics that may impact the operation of USB devices. The system acts as a single generic hub from the device and host perspective.
Testing Function
You can use the test/factory reset button to validate the installation. A short press of less than one second will enter test mode which will cycle through the upstream ports connecting them to all downstream ports after each subsequent button press. For example, first button press, Host A goes to Devices 1 through 4; second button press, Host B goes to Devices 1 through 4, etc. Subsequent button presses should be two seconds or less in duration.
Factory Reset
Factory Reset can be performed via the test/reset button on the front faceplate by holding the button down for 10 seconds. You can also reset the device via API or the web interface. After a factory reset, the device will return to these default settings.
Default Factory Settings
Default Values:
- RS232 set to 9600 baud, 8-bit, 1 Stop, No Parity.
- IP set to Static with the following parameters:
(a) 192.168.0.254
(b) Subnet Mask: 255.255.255.0
(c) Gateway: 192.168.0.1
(d) Port: 23 - Auto Switching Off
- GUI, Network API, and RS232 Interfaces Unlocked
Default User Account Credentials:
Username: USER
Password: USER
Default Administrative Account Credentials:
Username: ADMIN
Password: ADMIN
The system’s MAC Address is listed on the bottom enclosure label and varies unit to unit.
API
The following commands can be used on the RS232 and network interfaces via SSH or TELNET.
All responses end in Carriage Return (0x0D), <CR>, and a line feed (0x0A), <LF> unless otherwise noted. Account levels are used for SSH and GUI interfaces where Login credentials are required. All responses when interface is locked will return:
LOCKED<CR><LF>
All unknown responses when revived will return:
NAK<CR><LF>
| DESCRIPTION | ACCOUNT LEVEL | COMMAND | EXAMPLES |
| Switch USB input to one output | User/Admin | User: C<space>I<input>O<output> |
Command:
C IBO4<CR><LF> |
| Input: 0 – Clear all Host Connections A – Host A B – Host B C – Host C D – Host D |
Response: SWITCH-IBO4<CR><LF> Switches Host B to Output 4 To Clear all, Set input to 0 C IBO4 |
||
| Output: 1 – Device 1 2 – Device 2 3 – Device 3 4 – Device 4 |
|||
| Response: SWITCH-I<Input>O<output> |
| Switch USB input to Multiple Outputs | User/Admin | User: C<space>I<input>O<output> |
Command: C IBO4<CR><LF> |
| Input: 0 – Clear all Host Connections A – Host A B – Host B C – Host C D – Host D |
Response: SWITCH-IBO4,2<CR><LF> Switches Host B to Output 4 and 2 |
||
| Output: 1 – Device 1 2 – Device 2 3 – Device 3 4 – Device 4 |
To Clear all, Set input to 0 | ||
| Response: SWITCH-I<Input>O<output>,<output>.. |
|||
| Query USB Input | User/Admin | User: INPUT<space>-?<space><output> |
Command: INPUT -? 4<CR><LF> |
| Output: 1 – Device 1 2 – Device 2 3 – Device 3 4 – Device 4 |
Response: SWITCH-IBO4<CR><LF> |
||
| Response: SWITCH-I<Input>O<output> |
|||
| Query USB Output | User/Admin | User: OUTPUT<space>-?<space><input> |
Command: OUTPUT -? B<CR><LF> |
| Input: A B C D | Response: SWITCH-IBO4,2<CR><LF> |
||
| Response: SWITCH-I<Input>O<output>,<output> |
| Auto Switching State | Admin | SETAUTOSWITCH<space><state> States: 1 to enable 0 to disable Response: SETAUTOSWITCH-<state> |
Command: SETAUTOSWITCH 1<CR><LF> Response: SETAUTOSWITCH-1<CR><LF> |
| QUERY Auto Switch | User/Admin | GETAUTOSWITCH<space>-? Response: GETAUTOSWITCH-<state> States: 1 to enabled 0 to disabled |
Command: GETAUTOSWITCH -?<CR><LF> Response: GETAUTOSWITCH-1<CR><LF> |
| LOCK GUI | Admin | GUILOCK<space><state> States: 1 to enabled 0 to disabled |
Command: GUILOCK 1<CR><LF> Response: GUILOCK-1<CR><LF> |
| QUERY GUI LOCK | Admin | UILOCK<space>-? Response: GUILOCK-<state> States: 1 to enabled 0 to disabled |
Command: GUILOCK -?<CR><LF> Response: GUILOCK -1<CR><LF> |
| Set RS232 Baud Rate | Admin | BAUD<space><SPEED> Acceptable Values: 115200, 57600, 38400, 19200, 9600, 4800, 2400 Response: BAUD-<SPEED> |
Command: BAUD 115200 <CR><LF> Response: BAUD-115200<CR><LF> |
| Query Firmware Version | User/Admin | FWVERSION<space>-? Response: FWVERSION-<version> |
Command: FWVERSION -?<CR><LF> Response: FWVERSION-1.0.0<CR><LF> |
| System Reboot | Admin | REBOOT Response: Rebooting system… |
Command: REBOOT<CR><LF> Response: Rebooting system…<CR><LF> |
| Reset System to Factory Defaults Causes immediate reboot after prompt! | Admin | USER: FACTORYRESET<CR><LF> Response: RESET TO FACTORY DEFAULT Y/N? <CR><LF> USER: Y<CR><LF> |
Command: FACTORYRESET<CR><LF> Response: RESET TO FACTORY DEFAULT Y/N? <CR><LF> Command: Y<CR><LF> |
| Get USB Device Speed | User/Admin | GETUSBSPEED<space><PORT><CR> <LF> GETUSBSPEED<space><PORT><CR> <LF> GETUSBSPEED<space><PORT><CR> <LF> Port: Device 1: 1 Device 2: 2 Device 3: 3 Device 4: 4 Response Examples: No connection: Device <PORT> – Not Connected USB version 2: Device <PORT> – High speed (version: USB 2) USB version 3: Device <PORT> – Super speed (version: USB 3) |
Command: GETUSBSPEED 2<CR><LF> Response: Device 2 – High speed (version: USB 2) <CR><LF> |
| SET-IP Enter a Host name, and TYPE (DHCP or STATIC) |
Admin | SET-IP<space> <HOSTNAME><space> <IP-TYPE><CR><LF> Response: Static Network Configuration applied. |
USER Example: SETIP MLK-INSTRUCTOR S<CR><LF> Response (if S): (if No Static IP set) |
| IP Address: <IP address> Subnet Mask: <Subnet mask> Gateway Address: <Gateway address><CR><LF> | No static IP set. Use SETSTATICIP command to configure IP address. | ||
| IP TYPE = S for Static D for DHCP | (if No Subnet set) No Subnet Mask set. Use SETSUBNET command to configure Subnet mask. | ||
| (if No Gateway address set) No Gateway address set. Use SETGATEWAY command to configure Gateway address. | |||
| (If all addresses are set) Static Network Configuration applied. | |||
| IP Address: <IP address> Subnet Mask: <Subnet masks> Gateway Address <Gateway address<CR<<LF> | |||
| Response (if D): DHCP Network Configuration applied. <CR> <LF> |
| GET IP | Admin | GETIP | Command: GETIP<CR><LF> |
| Response: IP:<IP Address><CR><LF> | Response: IP: <IP address> | ||
| SUBNET:<Subnet Mask><CR><LF> | SUBNET: <Subnet> | ||
| GATEWAY: <Gateway><CR><LF> | GATEWAY: <Gateway Address> | ||
| SET STATIC IP | Admin | SETSTATICIP<space><value><CR><L F> | Command: SETSTATICIP 192.168.0.254<CR><LF> |
| Response: IP<space>Address<space>set<space >to<space><value>”Use the Command SETIP to apply configuration.” <CR><LF> |
Response: IP Address set to 192.168.0.254. Use the Command SETIP to apply configuration. <CR><LF> |
||
| SET GATEWAY | Admin | SETGATEAWAY<space><value><CR>< LF> | Command: SETGATEWAY 192.168.0.1<CR><LF> |
| Response: GATEWAY<space>Address<spac e>set<space>to<space><value>” Use the Command SETIP to apply configuration.” <CR><LF> | Response: |
||
| SET SUBNET | Admin | SETSUBNET<space>< value><CR><LF> | Command: SETSUBNET 255.255.255.0<CR><LF> |
| Response: Subnet<space>Mask<space>s et<space>to<space><value>”U se the Command SETIP to apply configuration.” <CR><LF> | Response: Subnet mask set to 255.255.255.0 Use the Command SETIP to apply configuration. <CR> <LF> |
| SET RS232 Control – Cannot be performed through RS232 Interface |
Admin | SETCONTOL<space>SERIAL<space>< States: 1 = RS232 Control on 0 = RS232 Control off Response: SETCONTROL-SERIAL-<state> |
Command: SETCONTROL SERIAL 1<CR><LF> Response: SETCONTROL-SERIAL-1<CR><LF> |
| SET NETWORK Control – Cannot be performed through network API |
Admin | SETCONTOL<space>IP<space><STA TE> States: 1 = RS232 Control on 0 = RS232 Control off Response: SETCONTROL-IP<state> |
Command: SETCONTRO SERIAL 1<CR><LF> Response: SETCONTROL-IP-1<CR><LF> |
| Query Control | Admin | CONTROL<space>-? | Command: CONTROL -?<CR><LF> Response: (if Serial Control is enabled, no display if disabled) CONTROL-SERIAL-1 (if Network Control (SSH) is enabled, no display if disabled) CONTROL-IP-1 |
| Response: CONTROL-SERIAL-1 CONTROL-IP-1 | |||
| Control: Serial – RS232 IP – Network | |||
| State: 1 – Control On 0 – Control Off | |||
| RESPONSE | User/Admin | Automatic Response to attempt to control Matrix via RS232 or API when GUI active | NAK<CR><LF> |
| SET SSH Control- Cannot be performed through SSH Interface | Admin | SETCONTROL<space>SSH <space> <STATE> States: 1 = SSH Control on 0 = SSH Control off NOTE: Enabling SSH will disable Telnet and close any active Telnet sessions! Response: SETCONTROL-SSH-<state> |
Command: SETCONTROL SSH 1<CR><LF> Response: SETCONTROL-SSH-1<CR><LF> |
| Help | User/Admin | HELP | Command: HELP<CR><LF> Response: List of commands and syntax (similar to other terminal help commands) |
ADMINISTRATOR and USER ID and Password
User ID
User ID is up to 16 characters long, no character exemptions allowing for all symbols, numbers, and characters.
There is no security enforcement (e.g. no requirement for minimum # characters, must have symbols etc.).
Password
Password is up to 16 characters long, no character exemptions allowing for all symbols, numbers, and characters.
Webpage
Product web page can be accessed by entering the IP address (192.168.0.254) in a browser’s search function. If successful, the user will be presented with the login screen.
Login Screen:
The Login screen displayed at access, requests prompts for a password and has the option to save password. After entering the password, you can click the return key or simply press the Login Button to proceed to the next page.
Users can attempt to enter a user ID and password 5 times before the system locks out for 5 minutes (regardless of new access or page refresh) and no password attempts can be entered during that time. The following text will display in red type at the top of the page.
“Incorrect User ID or Password entered too many times. Please wait 5 minutes and try again. If you have forgotten the credentials, please factory reset the device.”
USB Switching Tab
USB Info
There is a status row at the top of the page detailing the device connection status for devices connected to downstream ports 1, 2, 3 and 4. Device status is updated periodically or when the page is refreshed. The status can be any of the following:
| DISPLAYED STATUS | DEFINITION |
| NC | No Device Connected |
| 3 | USB 3 Device Connected |
| 3, 2 | USB 3 and 2 Device Connected |
| 2 | USB 2 Device Connected |
USB Auto Switching Tab
Auto Switch Setup
This tab specifies which downstream ports should auto switch to the most recent connection if the setting is enabled. At the top of the tab’s context, a check box is used to enable/disable this feature. Below the check box, buttons are used to select downstream ports which should auto switch. Selected ports are highlighted. To apply changes to the Matrix, press the “Submit” button.
Settings Tab
In the Settings tab, Administrators can:
- Lock out the GUI
- This disables the functionality of the webpage
- Lock out the hardware “HW Lockout” preventing the Reset/Test button from functioning
- Set the RS232 baud rate
- Configure the network settings
- Change from Static Network address Acquisition to DHCP
- Configure the static IP
- IP Address, Subnet Mask, and Gateway
- Name the Device and host Ports for tracking purposes.
Clicking “Apply” will push the changes to the Matrix.
Firmware Update
There is an Update Firmware button which allows the administrator to update product firmware. The file for firmware updates is chosen via a separate button and dialog box. The user must confirm to update the firmware after the appropriate file is selected. Once started a new page will load telling the user to wait for the update to complete (two minutes) and then refresh the page.
If the update fails, the user will be notified with a dialog box stating, “Update Failed, Please Try Again.”
If the update succeeds, the user will be notified with a new Dialog Box stating: “Update Successful.”
Security Tab
The security tab is used to manage the ADMIN and USER account access including changing the current logged in user.
There is a “Change Password” field for the current user where the user can enter a new password after confirming the previous. A button is then pressed to set the new password.
Password can be set up to 16 characters long, no character exemptions allowing for all symbols, numbers, and characters.
There is no security enforcement (e.g. no requirement for minimum number of characters, must have symbols etc.).
Troubleshooting
If you are unable to resolve any issues, please contact Technical Support by visiting icron.com/support.
Specifications
| Host Upstream Ports | 2 x USB B Ports, 2 x USB-C Ports |
| Device Downstream Ports | 2 x USB A Ports, 2 x USB-C Ports |
| Traffic Types | Supports all USB Traffic Types |
| Device Types | Supports all USB Device Types |
| Available Power | 15W per USB-C Port, 6W per USB-A Port |
| Hub Tiers Used | 1 |
| Network | 10/100BASE-T |
| Control | 1 x RJ45, 1 x 3-Pin RS232 |
| Power Supply | 100-240V AC Input, 24V 2.71A DC Output |
| Enclosure Material | Black Anodized Aluminum |
| Dimensions (W x D x H) | 212.5mm x 125mm x 30mm (8.37″ x 4.9T x1.18″) |
| Operating Temperature | 0°C to 50°C (32°F to 122°F) |
| Storage Temperature | -20°C to 70°C (-4°F to 158°F) |
| Operating Humidity | 20% to 80% relative humidity, non-condensing |
| Storage Humidity | 10% to 90% relative humidity, non-condensing |
| Certifications | FCC (Class A), CE (Class A), RoHS2/3 (CE), ICES-003 Issue 7, IEC 62368-141h ed. |
| Warranty | 2-year |
Warranty Information
Limited Hardware Warranty
Icron warrants that any hardware products accompanying this documentation shall be free from significant defects in material and workmanship for a period of two years from the date of purchase. Icron’s hardware warranty extends to Licensee, its customers and end users. The Warranty does not include repair of failures caused by misuse, neglect, accident, modification, operation outside a normal operating environment, failure caused by service of the device by non-authorized servicers or a product for which Icron is not responsible. Opening the enclosures will void warranty.
Hardware Remedies
Icron’s entire liability and the Licensee’s exclusive remedy for any breach of warranty shall be, at Icron’s option, either (a) return of the price paid, or (b) repair or replacement of hardware, which will be warranted for the remainder of the original warranty period or 30 days, whichever is longer. These remedies are void if failure of the hardware has resulted from accident, abuse, or misapplication.
Limitation of Liability
The hardware warranty set forth in this agreement replaces all other warranties. Icron expressly disclaims all other merchantability and fitness for a particular purpose and noninfringement of third-party rights with respect to the hardware.
Icron dealer, agent, or employee is not authorized to make any modification extension or addition to this warranty.
Under no circumstances will Icron, its suppliers or licensors be liable for any costs of procurement or substitute products or services, lost profits, loss of information or data, or any other special, indirect, consequential, or incidental damages arising in any way out of the sale of, use of, or inability to use Icron product or service, even if Icron, its suppliers or licensors have been advised of the possibility of such damages. In no case shall Icron, its suppliers and licensors’ liability exceed the actual money paid for the products at issue.
Since some jurisdictions do not allow the limitation of implied warranties of liability for incidental, consequential, special or indirect damages, the above limitation may not always apply. The above limitations will not apply in case of personal injury where and to the extent that applicable law requires such liability.
Obtaining Warranty Service
To obtain warranty service, contact the Icron technical support team within the warranty period to obtain a Return Material Authorization (RMA) number as returns cannot be accepted without one. Prior to contacting Icron, be sure you have recorded the serial number. To begin the warranty process, record your product serial number and fill out the short online form located at icron.com/support. To complete the return process, please follow the instructions listed on the next page.
Contacting Technical Support
For technical support, visit icron.com/support.
Please include the following information when reaching out for technical support:
- Description of the problem
- Part number and serial number
- Host computer(s) make and model
- Type of Operating System installed (e.g. Windows 10, macOS 11.1, etc.)
- Make and model of any USB device(s) attached to your application
- Description of the installation and relevant information about the USB device(s)
Product Return Shipping Instructions:
Package your product appropriately for safe shipment and mark the RMA number on the outside of the package. The package must be sent prepaid to Icron to the address listed below. We recommend that you insure your shipment or ensure your shipping method provides package tracking. The repaired or replaced item will be shipped to you, at Icron’s expense, not later than thirty days after Icron receives the defective product.
Address to Return Product:
RMA Coordinator
Icron Technologies Corporation
4664 Lougheed Highway, Suite 221
Burnaby, BC Canada
V5C 5T5
Technical Glossary
USB 3 and USB 2.0 Cables
USB cables have two distinct full-sized connectors. The Type A connector is used to connect the cable from a USB device to the Type A port on a computer or hub. The Type B connector is used to attach the USB cable to a USB device.
USB-C Cable
The Type-C connector is used to connect to both USB hosts and devices.
Icron | An Analog Devices Brand
4664 Lougheed Hwy., Suite 221
Burnaby, BC V5C 5T5
Canada
t +1 604.638.3920
Visit icron.com
For sales/general inquiries, visit icron.com/contact.
For technical support, visit icron.com/support.
Documents / Resources
 |
ADI Icron Icron Polaris 7044 Matrix Switcher [pdf] User Guide Icron Polaris 7044 Matrix Switcher, Icron Polaris 7044 Matrix, Switcher |
