| RJ-45-sized Linux server upgraded |
Nov. 12, 2008
 [Updated 1:45PM] -- Digi International will update its RJ-45 jack-sized Connect ME device server. Available in December with Linux cross-development tools, the Digi Connect ME 9210 offers a faster ARM9 processor and serial data rates, while adding a serial peripheral interface (SPI), I2C, and cryptography hardware.
(Click for larger view of the Digi Connect ME 9210)
The Digi Connect ME 9210 comes standard with Digi Plug-and-play firmware based on Net+OS (a version of ThreadX). However, cross-development tools based Linux 2.6.26 are also available, as is a version of the tiny module equipped with a JTAG port (see below). Earlier versions of the Connect ME modules also supported Microsoft's .NET MF, but that environment is not yet supported by the Connect ME 9210, Digi said.
The Connect ME is optionally available with a JTAG port
The Digi Connect ME 9210 is aimed at OEMs who want to network-enable small-format industrial equipment, says Digi. Specific examples include programmable logic controllers (PLCs), power distribution units (PDUs), and building environment controls.
Digi calls the new Connect ME module "interchangeable" with older Connect ME products, which share the same dimensions and pin-out on the 20-pin interface that connects the module to the host system.
The Connect ME 9250 has the same pin-out as the older Connect ME modules
Digi's older Connect ME and WiFi-enabled Digi Connect Wi-ME (pictured) modules measure 1.45 by 0.75 inches and 1.85 by 0.75 inches, respectively. The older Connect ME servers were used in products that include Veracity's TimeNet NTP reference clock server, Kleinhenz Elektronik's Picotux server, and Atmark-Techno's Armidillo-J.
Digi Connect Wi-ME
(Click for details)
The earlier Connect ME products were based on Digi's NS7520 SoC (system-on-chip), powered by an ARM7TDMI core clocked up to 55MHz. The new Connect ME systems step up to Digi's newer NS9210, based on the same ARM7TDMI core clocked up to 75MHz. The NS9210 also ships in a 150MHz version, but that option is not offered for the Connect ME module.
Pin-compatible with the older NS7520 chip, the NS9210 similarly integrates peripherals and memory controllers, programmable timers, a 13-channel DMA controller, an external bus expansion module, and 16 general-purpose input/output (GPIO) pins. However, it adds a new NIST-certified AES accelerator for communications security.
Digi NS9210 processor block diagram
(Click to enlarge)
To the NS9210, the Digi Connect ME 9210 server adds 8MB RAM, and 4MB or 4MB of flash (the NET+OS version has 2MB). Real-world I/O consists of a single 8-pin 10/100 Ethernet interface brought out to a standard RJ-45 Ethernet jack. I/O available through the Connect ME module's 20-pin surface-mount connector includes SPI, I2C, GPIO, and 1-wire interfaces. Additionally, a version of the module expected to ship around the first of the year will add a CAN 2.0 interface, but omit I2C.
Digi's tiny device server is said to consume only 1.14 W under typical conditions, and to offer power-over-Ethernet (PoE) capability and power management functions. Extended lifecycle support is said to be offered for the device.
Specs listed for the Digi Connect ME 9210 are said to include:- Processor -- 32-bit Digi NS9210 75MHz (ARM926EJ-S)
- Security -- On-chip 256-bit AES accelerator
- Memory -- 8MB SDRAM
- Flash -- 4MB or 8MB of NOR flash
- Networking -- 1 x 10/100 Ethernet
- Expansion -- Flexible Interface Modules (FIM) with 300MHz DRPIC165X CPU
- Interfaces:
- High-speed TTL serial
- Serial Peripheral Interface (SPI)
- I(2)C v1.0 bus with 7- and 10-bit address modes
- 10 x shared GPIO ports with up to 3 external IRQ options
- Power management -- modes for on-the-fly clock scaling, low power sleep, and configurable scaling/wake-up events (EIRQ, UART, Ethernet, etc.)
- Other features -- software watchdog
- Operating temperature -- -40 to 176 deg. F (-40 to 80 deg. C)
- Power -- 3.3VDC @ 346 mA; 1.14 W typical consumption
- Operating systems -- Digi Embedded Linux; NET+OS (ThreadX-based
Digi Embedded Linux
Digi offers a cross-development kit for its embedded modules and microcontrollers. Based on Kubuntu, and distributed on DVD, the kit includes an IDE based on Eclipse 3.1.2 and CDT 3.0.2. It supports C/C++ devlopment, CVS code management, and visual debugging via Ethernet.
The kit includes a reference Linux implementation for the Connect ME module. The implementation uses the open source U-Boot v1.1.4 bootloader and a 2.6.26 kernel. System components include gdb with gdbserver, uClibc, and BusyBox. Filesystem support includes Cramfs, Jffs2, NFS, and Squashfs. Drivers, C++ sample code, and documentation are also said to be provided.
Finally, a development board is offered for the Connect ME 9210 module.
Digi Connect ME 9210 development board
(Click to enlarge)
Availability
In December, Digi will ship its Digi Connect ME 9210 with Linux for $48 in quantities of 1,000. At that time it will also offer Digi Embedded Linux 4.2 and its Digi ESP IDE for $300, as well as a JumpStart Kit for Linux, complete with development board, DVD, and cables, selling at $400. More information, including links to extensive documentation on both the server and the NS9210 processor, may be found here.
Related Stories:
(Click here for further information)
|
|
|
FUEL Database on MontaVista Linux
Whether building a mobile handset, a car navigation system, a package tracking device, or a home entertainment console, developers need capable software systems, including an operating system, development tools, and supporting libraries, to gain maximum benefit from their hardware platform and to meet aggressive time-to-market goals.
Breaking New Ground: The Evolution of Linux Clustering
With a platform comprising a complete Linux distribution, enhanced for clustering, and tailored for HPC, Penguin Computing¿s Scyld Software provides the building blocks for organizations from enterprises to workgroups to deploy, manage, and maintain Linux clusters, regardless of their size.
Data Monitoring with NightStar LX
Unlike ordinary debuggers, NightStar LX doesn¿t leave you stranded in the dark. It¿s more than just a debugger, it¿s a whole suite of integrated diagnostic tools designed for time-critical Linux applications to reduce test time, increase productivity and lower costs. You can debug, monitor, analyze and tune with minimal intrusion, so you see real execution behavior. And that¿s positively illuminating.
Virtualizing Service Provider Networks with Vyatta
This paper highlights Vyatta's unique ability to virtualize networking functions using Vyatta's secure routing software in service provider environments.
High Availability Messaging Solution Using AXIGEN, Heartbeat and DRBD
This white paper discusses a high-availability messaging solution relying on the AXIGEN Mail Server, Heartbeat and DRBD. Solution architecture and implementation, as well as benefits of using AXIGEN for this setup are all presented in detail.
Understanding the Financial Benefits of Open Source
Will open source pay off? Open source is becoming standard within enterprises, often because of cost savings. Find out how much of a financial impact it can have on your organization. Get this methodology and calculator now, compliments of JBoss.
Embedded Hardware and OS Technology Empower PC-Based Platforms
The modern embedded computer is the jack of all trades appearing in many forms.
Data Management for Real-Time Distributed Systems
This paper provides an overview of the network-centric computing model, data distribution services, and distributed data management. It then describes how the SkyBoard integration and synchronization service, coupled with an implementation of the OMG¿s Data Distribution Service (DDS) standard, can be used to create an efficient data distribution, storage, and retrieval system.
7 Advantages of D2D Backup
For decades, tape has been the backup medium of choice. But, now, disk-to-disk (D2D) backup is gaining in favor. Learn why you should make the move in this whitepaper.
|
|
|
|
|
news feed