PCISA-LUKE Half-Size PISA SBC with LUKE 533 MHz Processor, Luke 1.0 GHz Processor

Equipped Gaming Embedded System
3301620 - Half-Size PISA SBC with VIA LUKE 533 MHz Processor, VIA Luke 1.0 GHz Processor

Additional information

Power Consumption

5V:2A, 12V:0.073A – 11 Watts is the Typical Power Consumption with VIA LUKE 1.0 GHz Processor and 256 MB SDRAM

Audio Chipset

ealtek ALC655 with AC-97 codec, Compatible Audio, 2.3 Channels

Gigabit LAN Ports

2 x Realtek 8110S 10/100/1000 LAN

Global P/N / SKU

3301620

Memory Standard

DDR 400/333 MHz SDRAM

Video Chipset

VIA

MFR P/N

PCISA-LUKE

Manufacturer

iEi

Chipset

VIA LUKE and VT8237R+

Dimensions

W: 6.5 in. (165 mm) x D: 4.5 in. (115 mm)

BIOS

AMI BIOS Label

Cost

0

Approximate Weight

1.0 KG

Serial (COM) Port

2 x RS-232C

Discontinued

Yes

PCISA-LUKE Half-Size PISA SBC with LUKE 533 MHz Processor, Luke 1.0 GHz Processor

Equipped Gaming Embedded System

3301620 – Half-Size PISA SBC with VIA LUKE 533 MHz Processor, VIA Luke 1.0 GHz Processor

CONTACT US NOW

Out of stock

Additional information

Power Consumption

5V:2A, 12V:0.073A – 11 Watts is the Typical Power Consumption with VIA LUKE 1.0 GHz Processor and 256 MB SDRAM

Audio Chipset

ealtek ALC655 with AC-97 codec, Compatible Audio, 2.3 Channels

Gigabit LAN Ports

2 x Realtek 8110S 10/100/1000 LAN

Global P/N / SKU

3301620

Memory Standard

DDR 400/333 MHz SDRAM

Video Chipset

VIA

MFR P/N

PCISA-LUKE

Manufacturer

iEi

Chipset

VIA LUKE and VT8237R+

Dimensions

W: 6.5 in. (165 mm) x D: 4.5 in. (115 mm)

BIOS

AMI BIOS Label

Cost

0

Approximate Weight

1.0 KG

Serial (COM) Port

2 x RS-232C

Discontinued

Yes

Some of our successful brand partners

Acrosser logo

Already know what you need? Request a quote.

We can customize the perfect solution to meet your embedded computing needs.

    • This field is for validation purposes and should be left unchanged.

    Latest Articles

    Featured Article
    PH12FEI – Thin Mini-ITX Motherboard with Intel® Coffee Lake CPU Support The Strange Rationale of Intel Codenames

    While official Intel processor names are humdrum and boring (i7, i9, etc.), the unofficial codenames used by the company are rather unique. From lakes to cities, landmarks to rivers, Intel has taken inspiration from many places. Let’s take a look at how these codenames have evolved over the years. What is an Intel Codename? Official […]

    View Article

    Company News

    • Intel Hybrid Core: Gimmick or the Future?

      August 1, 2023

      With the 12th Gen Alder Lake lineup, Intel has introduced a new hybrid core architecture. But what exactly does a hybrid core entail? And what does it mean for embedded computing? Why the Move to Hybrid Cores? The never-ending semiconductors arms race has revolved around packing more and more cores into a single chip since […]

      View Article
    • Fanless PC for Networking Systems

      June 1, 2023

      Surveillance and other networking applications require a very specific combination of features – a large number of LAN ports, a low-power processor, and fanless cooling for a rugged, compact chassis. The HBJC903i05 checks all these boxes, making it the ideal PC for powering any networking-heavy interface. Let’s take a deeper look at its features. 6 […]

      View Article
    View All News

    From the Blog

    • The Strange Rationale of Intel Codenames

      November 21, 2023

      While official Intel processor names are humdrum and boring (i7, i9, etc.), the unofficial codenames used by the company are rather unique. From lakes to cities, landmarks to rivers, Intel has taken inspiration from many places. Let’s take a look at how these codenames have evolved over the years. What is an Intel Codename? Official […]

      View Article
    • The Importance of MTBF for Industrial Computers

      November 3, 2023

      Component manufacturers compete with one another to release components with a higher MTBF. But what does MTBF mean, and why does it even matter? The Difficulty in Measuring Reliability of an Electronic Device Measuring a device’s reliability can be tricky. Hardware faults and technical breakdowns can be notoriously random, where one device runs for years […]

      View Article
    View all Blogs