BliKVM Hat Remote Control Server Pikvm Operation Maintenance Kvm Remote Control

BliKVM Hat Remote Control Server Pikvm Operation Maintenance Kvm Remote ControlBliKVM V3 HAT remote control blikvm server operation and maintenance kvm remote control pikvm operation and maintenance overip Introduction to PiKVM: PiKVM is a remote management solution based on open source software and hardware technology. It can remotely connect to the computer through the Raspberry Pi, turn on off or restart the computer. Configure UEF I BIOS or even reinstall the operating system using a virtual CD ROM or flash drive. You can

BliKVM V3 HAT remote control blikvm server operation and maintenance kvm remote control pikvm operation and maintenance overip

Introduction to PiKVM:
PiKVM is a remote management solution based on open source software and hardware technology. It can remotely connect to the computer through the Raspberry Pi, turn on/off or restart the computer. Configure UEF I/BIOS or even reinstall the operating system using a virtual CD-ROM or flash drive. You can use Remote Keyboard and Mouse to emulate a keyboard, mouse, and monitor and then display them in a web browser as if you were working directly on the remote system. This is true hardware-level access and does not rely on any remote port, protocol or service!

BliKVM Hat product introduction:
The BliKVM Hat version is a piece of hardware based on Raspberry Pi 4B and is used for KVMOverIP. Hat's key functions include HDMI video capture, ATX control, PoE power supply, OLED screen display, and RTC clock. Hat comes with a metal shell for protection and heat dissipation. Hat can be installed into a 1U rack. Supports both blikvm mirror and pikvm mirror.

Accessories introduction:
ATX module
The ATX module is connected to the computer's motherboard via a DuPont cable.
ATX modules come with full-height and half-height PCle bezels.
USB/PWR distribution board
The RPI4 port is used to connect to the Raspberry Pi 4B.
The USB port is used to connect to the controlled computer.
When using PoE power supply, there is no need to use a distribution board.
HDMI simulator
If the controlled computer cannot output the screen correctly, you can try to use this module to solve the problem. After connecting this module to the Hat, connect it to the controlled computer through an HDMI cable.
USB/PWR distribution board
The metal shell can protect the Hat and be used for heat dissipation. Each port on the shell has a clear silk screen to indicate the purpose of this port. This enclosure can be easily installed in a 1U rack.

Hardware details:
HDMI input
The bridge chip is Toshiba TC358743, which supports both video and audio (I2S). The maximum input resolution is 1080p@50fps. Fixed HDMI reverse power issue.
CN-ATX
The CN-ATX interface is connected to the ATX adapter board (accessory to HAT) through a network cable, which can turn on, off and restart the controlled computer.
show
White OLED display with 128x32 resolution and SSD1306 chip. This display can display the temperature, IP address and other information of the Raspberry Pi.
POE
Standard: IEEE 802.3af PoE Input voltage: 37-57VDC Output power: 5VDC/2.4 A
Plug in the PoE jumper cap and enable the PoE power supply
fan
The IPKVM HAT houses a small fan that is controlled by your Raspberry Pi via GPIO12.
Real Time Clock
The clock chip is a PCF8563 and is controlled by your Raspberry Pi via I2C. The coin-shaped battery is installed under the HDMIIN module.

Package Included:
1x Raspberry Pi IPKVM HAT
1x ATX adapter board
1x USB/PWR splitter
1x HDMI pass-through EDID emulator
1x metal case
1x 32G TF card
1x USB Type-C to USB Type-C cable
1x Dupont cable 8PIN male to male 40cm
1x Dupont cable 8PIN male to female 40cm
1x Phillips screwdriver
1x Phillips wrench socket

Warranty:
Returns: Customers have the right to apply for a return within 60 days after the receipt of the product
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