1U Rackmount Computer
1U rackmount computers featuring the latest Intel Core i processor or Xeon E3 quad core CPU. The systems are fully customizable and utilize multiple drive bays (internal HD / hot-swappable HD), GbE LAN, COM ports, USB ports, SSD drive, and an ATX power supply. With full customizability and an ultra-slim height of up to 1.75" high, Acnodes' 1U rackmount computers are ideal for data centers and space-limited applications. Options are available for a PCIe 3.0 x 16 expansion slot and Windows 10 OS.
1U Rackmount Computer
Rackmount computers maximizing productivity while offering high-performance systems and long term reliability. The system utilizes the Intel Core i CPU or Xeon E3-1230 V6 CPU with LAN, VGA, HDMI, DVI, USB, and multiple drive bays. The 1U high space-saving enclosure varies from 9.84-inches in depth up to 22-inches in depth. These 1U rackmount computers are ideal for industrial computing applications and space-constrained environments.
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- 1U high rackmount chassis
- 15 inch short depth chassis
- Xeon E3 quad-core processor
- Embedded ATX motherboard
- VGA and dual GbE LAN
- 2 x 3.5" internal hard drive bays
- Option for 1 x PCIex16 expansion slot
- 300W power supply
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- 1U high 9.9 inch depth rackmount computer
- Core i7 6700 3.4GHz processor with Intel Q170 chipset
- 8GB DDR4 memory (up to 32GB)
- Dual GbE LANs, 6 x USB 3.0 ports
- 2 x 2.5-inch storage bay
- 1 x PCI-E 3.0 x16 expansion slot (full height)
- 1U Rackmount with 200W FlexATX Power Supply
REFERENCES
What is a PCIe Expansion Slot?
PCI Express (PCIe) is a standard interface that connects peripheral components or add-on cards to the motherboard. PCIe can also be described as a standard for connecting devices to computers. The internal structural design of PCIe is a lot like a local area network in that each link goes a central hub in the computer that performs network-like switching. When the PCIe card is installed, a connection or link is formed between the PCIe device and the system. The link is constructed around a bi-directional serial point-to-point connection called a “lane”. A link can use more than one lane at a time by all links compliant with the PCIe specification, but must minimally support single-lane connections, known as “x1” links. For greater potential bandwidth, PCIe devices and systems have the option to support links using multiple simultaneous lanes. The size of a PCIe card is determined by the number of lanes. There are four sizes: x1, x4, x8, and x16. The number "x" refers to how many lanes there are in a PCIe slot. For example, a PCIe x 16 means that the card slot has 16 lanes. PCIe slots can be used to add GPU cards, RAID cards, Wi-Fi cards, and SSD cards.
What is a PCIe Expansion Slot?
PCI Express (PCIe) is a standard interface that connects peripheral components or add-on cards to the motherboard. PCIe can also be described as a standard for connecting devices to computers. The internal structural design of PCIe is a lot like a local area network in that each link goes a central hub in the computer that performs network-like switching. When the PCIe card is installed, a connection or link is formed between the PCIe device and the system. The link is constructed around a bi-directional serial point-to-point connection called a “lane”. A link can use more than one lane at a time by all links compliant with the PCIe specification, but must minimally support single-lane connections, known as “x1” links. For greater potential bandwidth, PCIe devices and systems have the option to support links using multiple simultaneous lanes. The size of a PCIe card is determined by the number of lanes. There are four sizes: x1, x4, x8, and x16. The number "x" refers to how many lanes there are in a PCIe slot. For example, a PCIe x 16 means that the card slot has 16 lanes. PCIe slots can be used to add GPU cards, RAID cards, Wi-Fi cards, and SSD cards.
