The latest version of Altium Designer® 10 can be installed directly from the Software section of AltiumLive. However, your computer’s network settings, particularly the use of proxy servers, can sometimes cause problems with the install process. Here’s how to find out if you’re likely to have proxy server issues and how to work around them.
Simple Dumping Monitor Library (DumpMon) for Arduino-compatible ATmega microcontroller based boards allow to display either memory, registers and timer dumps and also interrupt vectors table dump.Beginning since version 0.6 functions of simple symbolic debugger are added. Being compiled the library requires about 11 KBytes of program memory (15 KBytes for Arduino MEGA). When I’m in my office, I keep my pluggable USB charger around, otherwise the battery on my phone is likely to run out. If you want to build your own USB charger, you can create your own USB charger board with the powerful schematic design and layout tools in Altium Designer. Here, I’ll present the overall design process for a portable USB charger.
The latest version of Altium 10 can be installed directly from the Software section of AltiumLive. However, your computer’s network settings, particularly the use of proxy servers, can sometimes cause problems with the install process. Here’s how to find out if you’re likely to have proxy server issues and how to work around them.
From the Windows Start menu select Control Panel > Internet options. In the Internet Properties dialog, go to the Connection Tab and click the LAN Settings Button. This will bring up the Local Area Network (LAN) Settings dialog that controls the proxy setup.
If the “Automatically detect settings” is checked (see image below), you have no proxy set up. Simply go ahead and download and install Altium 10 from the AltiumLive site.
If the “Proxy Server Setup” section of the dialog is filled in (see image below), then your machine is manually configured to connect through a proxy server. In this case you can still download and install Altium 10; the Download Manager will pick up your proxy settings automatically.
If your machine is set to “Use automatic configuration script” (see image below), then you’ll need to do one of the things outlined below before you can download and deploy Altium 10.
Option 1 - Add a Direct Connection Exception
Contact your IT department. Ask them to add the following lines to the .PAC Script:
if(shExpMatch(url, 'https://www.altium.com*')) return 'DIRECT';
if(shExpMatch(url, 'http://install.altium.com*')) return 'DIRECT';
if(shExpMatch(url, 'http://installation.altium.com*')) return 'DIRECT';
if(shExpMatch(url, 'http://d3esfr31fkd5yz.cloudfront.net*')) return 'DIRECT';
if(shExpMatch(host, 'portal2.altium.com*')) return 'DIRECT';
if(shExpMatch(host, 'portal2.altium.eu*')) return 'DIRECT';
if(shExpMatch(host, 'portal2.altium.com.cn*')) return 'DIRECT';
This will allow Altium 10 to connect to the necessary internet pages directly (skipping the proxy server).
However, your network may be set up in a way that means you must go through the proxy server (with no direct access to the internet allowed ). In this case, you will need to use one of the alternative options.
Option 2 - Change settings to access Internet directly through the proxy
Ask your IT department to set your computer to connect directly to the proxy by filling in the details for the Proxy Server Setup in the LAN settings dialog.
Option 3 - Create a Local Installation Repository
As part of installation management, Altium lets you create your own installation repository. This provides a local install solution for computers that are prevented from connecting to, or simply cannot connect to, the internet, and therefore cannot access Altium's cloud-based installation service directly.
You simply install Altium from Altium's cloud-based installation repository onto a dedicated computer that is allowed connection to the internet – then customize that installation to be suitable for use by others within your company. You can then “copy” that installation snapshot to a dedicated internal (LAN-based) location, providing an installation solution to those computers that are not allowed internet access. Altium on those computers would be set so that the Installation Manager uses that dedicated local repository.
And because you are creating a standalone repository, it can be moved and copied wherever it is needed as a shared folder on a company network, or large USB drive. For a more 'mobile' solution, you can even create a compressed installation repository that can be subsequently burnt to DVD or copied to a smaller-sized USB stick!
To find out more about creating an installation repository, please read the Creating a Local Installation Repository section of the Wiki, then browse to the 'Creating a Local installation Repository' section towards the end of the document.
Option 4 - Request a DVD
Call your nearest Altium Sales and Support office to request a DVD.
| XEM6010-LX45 |
| XEM6010-LX150 XC6SLX150-2C, 128-MiB |
| XEM6010-LX45I |
| XEM6010-LX150I XC6SLX150-2I, 128-MiB, industrial temp |
| BRK6110 |
| EVB1005 5 Mp CMOS image sensor board |
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The XEM6010 is a USB 2.0 integration module based on the remarkably-capable Xilinx Spartan-6 FPGA. In addition to a high gate-count FPGA, the XEM6010 utilizes the high transfer rate of USB 2.0 for configuration downloads, enabling speedy FPGA configuration and data transfer. With integrated SDRAM, power supplies, and platform flash, the XEM6010 is a worthy successor to the most popular Opal Kelly module.
Need More Bandwidth? The XEM6310 is a footprint-compatible version of the XEM6010 that uses USB 3.0 offering nearly 900% bandwidth improvement over USB 2.0.
FrontPanel™ SDK
Opal Kelly’s FrontPanel SDK is an easy-to-use, robust API for communication, configuration, and interfacing to your PC, Mac or Linux hardware. FrontPanel handles all the interaction between your software and the FPGA internals, dramatically reducing the time and effort required to interface to a design.
Prototyping and OEM Integration
Opal Kelly FPGA integration modules are designed to be the ideal turnkey solution for prototypes and OEM product integration. With the complete FrontPanel SDK, there’s simply no faster, more reliable, production-ready way to jump start your FPGA design.
Block diagram
128 MiB DDR2
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Integrated 128-MiByte DDR2 provides plenty of on-board memory for high-performance applications, including image capture and data acquisition.
SWITCHING POWER SUPPLIES
High-efficiency switching power supplies provide stable, dependable power to the FPGA. In most applications, there is enough extra juice to also supply your board.
BOOTABLE SERIAL FLASH
The XEM6010 integrates 32 Mib of on-board serial flash for standalone FPGA booting and miscellaneous nonvolatile memory.
MULTI-OUTPUT PLL
The on-board PLL provides flexible clocking to the FPGA and expansion connectors.
Customer Deployments
- Bioinformatics co-processors
- Radar system - test interface, system integration, field testing
- Camera interface for IR and LIDAR 3D cameras
- Equipment for analyzing satellite imagery
- University research
- Design of equipment for mineral exploration
- Image or video capture / processing
- Data acquisition
- Digital communications
- ASIC / hardware-based simulation and verification
- Bioinformatics (DNA search and pattern matching)
- Bioinformatics (DNA search and pattern matching)
- Evaluation platform for your product
- Custom test equipment
- Cryptography
- Data Security
Product Comparison
| Feature | XEM3010-1500P | XEM6010-LX45 | XEM3050-4000P | XEM6010-LX150 |
|---|---|---|---|---|
| FPGA Minimum Xilinx Tools Required | XC3S1500-4 ISE WebPack | XC6SLX45-2 ISE WebPack | XC3S4000-5 ISE Logic Edition | XC6SLX150-2 ISE Logic Edition |
| Slice Architecture1 | 2 4-LUT, 2 DFF | 4 6-LUT, 8 DFF | 2 4-LUT, 2 DFF | 4 6-LUT, 8 DFF |
| Slices | 13,312 | 6,822 | 27,648 | 23,038 |
| DFFs | 26,624 | 54,576 | 55,296 | 184,304 |
| Dist. RAM | 208 Kib | 401 Kib | 432 Kib | 1,355 Kib |
| Block RAM | 576 Kib | 2,088 Kib | 1,728 Kib | 4,824 Kib |
| MULT / DSP2 | 32 | 58 | 96 | 180 |
| MCB3 | ✔ | ✔ | ||
| PLLs4 | ✔ (4 CMT) | ✔ (6 CMT) | ||
| On-Board Memory Banks, Width | 32 MiB SDRAM One, x16 | 128 MiB DDR2 One, x16 | 64 MiB SDRAM Two, x16 | 128 MiB DDR2 One, x16 |
| Peak Memory Bandwidth | 2.128 Gb/s | 10 Gb/s | 4.256 Gb/s | 10 Gb/s |
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1 Spartan-6 has improved slice density with 6-input LUTs and more LUTs and DFFs per slice.
2 Spartan-6 DSP blocks include MULT and integrated 48-bit accumulator.
3 Spartan-6 MCBs (memory controller blocks) reduce the fabric resources consumed for memory support.
4 Spartan-6 includes PLLs for greater clock management flexibility.
Features & Specifications
- Xilinx Spartan-6 (XC6SLX45-2FGG or XC6SLX150-2FGG)
- 32-Mib serial flash (Numonyx M32P25)
- 128-MiByte DDR2 (Micron MT47H64M16HR)
- Small form-factor -- smaller than a credit card at 75mm x 50mm x 15.9mm (2.95' x 1.97' x 0.63')
- High-speed USB 2.0 interface (Cypress FX2LP - CY68013A) for downloading and control
- Self-powered by external DC source
- Multi-PLL, multi-output clock generator (Cypress CY22393)
- Eight LEDs
- Two 80-pin 0.8mm Samtec board-to-board connectors (BSE-040)
- Over 110 user I/O and 4 GCLK pins on expansion connectors
- Independent access to VCCO bank voltages
- JTAG pins available on the expansion connectors
- Full FrontPanel virtual control panel support
- Complete Application Programmer's Interface (API) in C, C++, C#, Ruby, Python, and Java
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Library