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HUMBLE PC Development System

                Figure 1 - Humble© Motherboard

Description

The Humble© PC is based upon the same foundation which all computing engines rest.  This implementation is a first introduction in this form.  Quietly rethinking the whole past-present-future computing problem a new solution emerges . . . Learning from past and present technology and following wisdom as a guide, Humble© begins as such by removing the conventional microprocessor (uP) and conventional operating system (O/S) altogether.  However, re-linkage to either or both as legacy-tandem options clearly remains possible.  Thus, rather than presuming single, dual, or many microprocessors with exponentially increasing s/w complexity into an already burdened software time-multiplexed serial fetch-decode-execute architecture, Humble© performs these in complementary fashion thereby un-limiting the number of threads, un-limiting paralleling of applications, removing unnecessary coupling of time-multiplexed streams, achieving multiple execute-execute-execute, while exchanging exponential increasing complexity for linear, hence removing all the burdens, bottlenecks, and apparent brick walls.  Humble© unifies threading, branching, scheduling, applications, etc. at the silicon level (rather than in disk-memory-resident-software) thereby producing 100s to 10,000s fold speedup coexisting with improved reliability and security (preventing virus entry altogether into the operating system, application programs and drivers . . .).  Whilst these features and benefits are not possible in conventional software unified systems, they are possible in hardware unified systems.  Advancement of technology slowly opened the window for this alternative during the recent 10 years.  Utilizing a readily available (open) off the shelf general purpose field programmable motherboard, and an open language, the Humble© PC comes to life re-revolutionizing computing, minimally reminding us that solutions result from how well we have received Understanding (with a capital U).  Present features and benefits are intended toward proof of these foundational concepts, and are not-limited by the concepts themselves nor by present technology.  For example wireless features have not been implemented first as they are extensions of the basics.  Hence wireless features are presently one of many opportunities for others to add.  The application suite is also bare providing wide-open opportunity for others.  In its present form, Humble© proves a better 'core' solution does exist now enabling true real-time-smooth-all-together-concurrency-fusion of multiple-forms-of-audio-telephony-television-gaming and computing including reliability, instant-on/off access, higher overall performance (bandwidth), lower power, and with much improved security, all built in.  No new languages and no new silicon advances are required, rather a greater understanding of Understanding.

Key Benefits

Instant On, 100 to 10,000 times faster at 1/10 clocking speed, Lower Power, Fewer Components, More reliable, Real time everything friendly, Immune to viruses, Bridgeable to x86 for extending legacy programs, Humble©

Applications

bulletPersonal Computers (Xilinx Virtex FPGA center-stage)
bulletCloud Computers
bulletRe-programmable System on Chip (rSoC)
bulletCommunications (e.g. Cellular and Internet Telephones)
bulletNetworking (e.g.  Routers, Servers)
bulletHigh Complexity Robotics
bulletAll in one Integrated Automotive control
bulletAll in one Integrated Multimedia
bulletSet-top-boxes
bulletVoice recognition (in) and synthesis (out)
bulletOn chip compilers, algorithm accelerators (e.g.  fpga place and route accelerator, Java bytecode, JIT, and ahead of time interpreters)
bulletPlethora of other embedded applications.

What's Included

    Board -

bulletHumble© motherboard (ML401) including power supply (localized to U.S.,U.K., or EC), 32-MB Compact Flash card with built-in Humble© demonstration.

    IP -

bulletLibrary access to Basic Components
bulletLibrary access to Humble Cores
bulletApplication Programming Interface (API)
bulletUpdates for 2 years

Key Features

    Board -

bulletML401
bulletDevices Supported: XC4VLX25-FF668-10C
bulletClocks: 33 MHz Oscillator, 100 MHz Oscillator, 2 Clock Sockets
bulletMemory: 64 MB DDR SDRAM, 8Mb ZBT SRAM, 64 Mb Flash, 4 kb IIC EEPROM
bulletDisplay: 16 x2 Character LCD
bulletConnectors and Interfaces: 4 SMA Connectors (Differential Clocks), 2 PS/2 Connectors (Keyboard/Mouse), 4 Audio Jacks (Stereo AC97 audio codec with line-in, line-out, 50-mW headphone, microphone-in jacks, and SPDIF digital audio jacks ), RS-232 Serial Port, 3 USB Ports (2 Peripheral/1 Host), PC4 JTAG, DB 15 VGA, 2 expansion connectors for supporting other interfaces via adapter board(s)
bulletXilinx Devices on Board: XC4VLX25-FF668-10C, XC95144XL, XCCACE (System ACE™ CF technology), XCF32P (Platform Flash)
bulletGeneral purpose DIP switches, LEDs, Pushbuttons
bulletJTAG chain expansion capability, and IIC bus expansion
bulletOnboard voltage regulators
bulletTemperature and voltage monitoring chip with fan controller
bullet5V @ 3A AC adapter  w/Power indicator LED

    IP -

bulletInstant On|Off
bullet100 to 10,000 times faster at 1/10 clocking speed
bulletLower Power
bulletFewer Components
bulletMore reliable
bulletReal time everything friendly
bulletImmune to viruses
bulletMultiple simultaneous 100MByte conversations
bulletFamiliar Graphical Interface
bulletBridgeable to x86 for extending legacy programs
bulletHumble© - Hardware Unified Multiple Branch Logic Engine

What is not Included

bulletDevelopment tools and PC4 download cable are not included and must be ordered separately from www.Xilinx.com.

Pricing

Description Qty  Price
Developers Kit 1 5,000.00
Board only 1 895.00
System 1 2500.00
License to distribute products based upon the Humble© Architecture 1

99.00

Frequently Asked Questions

 

Copyright 2008 Electronic Compute Systems, Inc.. All rights reserved. This material may not be published, broadcast or rewritten without permission.  We encourage requests for permission.  Please contact Gregg.Macdonald@ecs-pc.com

 
 
Copyright © 2003 Electronic Compute Systems, Inc.
Last modified: 02/12/10