The Future is Serial: CompactPCI® Serial

2011-12-23, Eelco van der Wal

After almost three years and more than 70 articles about the technology that extends CompactPCI®, I would like to finish this series with this last article. Here, the major focus shall not be on the technology as such, but on the reasons why this technology will certainly establish itself not only for tomorrow but also for the next decade. There are good reasons for using CompactPCI® Serial:

1. It is the logical extension of the existing CompactPCI® technology.


2. Many suppliers have already included CompactPCI® Serial into their product range.


3. Thanks to the higher data throughput and the fast serial connections CompactPCI® Serial offers additional application possibilities.

1. Logical Extension
   CompactPCI® has already proven itself in the field for the last 15 years. The 19" system technology with its typical design and interface assignment is to a large extent known in the industrial market. The design and structure of the boards, as well as front and rear I/O options have been accepted by users.


2. Wide Support by the Suppliers
   In order to establish a new technology on the market, the potential users need choices - both when choosing a suitable supplier and through a large product range.
   The support of the standard by a large number of suppliers on the one hand results in a high degree of innovation and a wide product range. On the other hand, price competition is created. This way, the user can choose between different products and the technical support of the respective suppliers. Thanks to this network it is possible to combine products of different manufacturers to build up a system or a special application.


3. Extended Fields of Application
   By embedding serial buses into a system, new application possibilities open up, which could not be implemented any more using the traditional parallel CompactPCI® architecture. CompactPCI® Serial supports serial communication, a high data transfer rate and high-performance graphics and can even be operated in combination with parallel CompactPCI® in hybrid systems. This means that existing systems and applications do not have to be replaced completely but can be extended by the new technology with high data throughput.

The described arguments show that CompactPCI® Serial both as a stand-alone architecture and as an extension of existing technologies offers the best prerequisites for an efficient implementation of your requirements. A whole network of suppliers with a wide variety of products supports you.
Even though this is the last article in our CompactPCI® Serial series, it will not be the last time you have heard of this technology. See the following websites for information on current events and new products:

www.compactpci.org
www.picmgeu.org
www.picmg.org
www.picmg.com.cn


Figure 1: Evolution of CompactPCI®

Eelco van der Wal, Chairman PICMG Europe

German version on ElektronikPraxis: Die Zukunft ist seriell - CompactPCI Serial für Embedded-Systeme

Other Articles

» System Slot Boards with the Latest Intel® Architecture for CompactPCI® PlusIO and CompactPCI® Serial (2011-12-09)

» Legacy Interface Concept for CompactPCI® Serial (2011-12-02)

» Ethernet Switch Functionality for CompactPCI® Serial (2011-11-30)

» 6U CompactPCI® Parallel/Serial Hybrid Systems (2011-11-26)

» 6U Backplanes for CompactPCI® Serial (2011-11-23)

» Conductive Cooling with CompactPCI® Serial (2011-11-17)

» Connector Layout and Coding with CompactPCI® Serial (2011-11-02)

» High-Performance Graphics on CompactPCI® Serial (2011-10-21)

» Building Clusters with CompactPCI® Serial (2011-10-15)

» Mixed Doubles: CompactPCI® Serial and CompactPCI® 2.0 (2011-10-13)

» Application-Specific Backplane Architectures with CompactPCI® Serial (2011-09-16)

» Ethernet Extensions for CompactPCI® Serial (2011-09-02)

» CompactPCI® PlusIO and CompactPCI® Serial capture the systems market (2011-08-27)

» CompactPCI® Serial for Safety-Relevant Architectures (2011-08-20)

» CompactPCI® Serial Ethernet Mesh Architecture (2011-08-06)

» CompactPCI® Serial Ethernet Star Architecture (2011-07-23)

» CompactPCI® Serial - Why is it a PICMG Standard? (2011-06-17)

» CompactPCI® Serial Star Topologies, Part 2 (2011-05-12)

» CompactPCI® Serial Star Topologies, Part 1 (2011-03-21)

» CompactPCI® Serial - The Guide Element (2011-03-10)

» Hot-Plug Functionality with CompactPCI® Serial, Part 2 (2011-02-05)

» Hot-Plug Functionality with CompactPCI® Serial, Part 1 (2011-02-03)

» XMC Carrier Board for CompactPCI® Serial (2010-12-23)

» Mezzanine Cards on CompactPCI® Serial (2010-12-22)

» PCI Express® Mini Card Carrier for CompactPCI® Serial (2010-12-21)

» USB Support with CompactPCI® Serial (2010-12-06)

» Physical Addressing with CompactPCI® Serial (2010-11-22)

» Standardized Rear I/O for CompactPCI® Systems Thanks to CompactPCI® PlusIO (2010-11-13)

» Rear I/O with 6U CompactPCI® Serial (2010-11-06)

» P0 Adds Power to CompactPCI® Serial on 6U (2010-10-30)

» CompactPCI® Serial in 6U Format (2010-10-23)

» Ecosystem for CompactPCI® Serial (CPCI-S.0) (2010-10-15)

» First Single-Board Computer according to CompactPCI® Serial Standard (2010-10-14)

» CompactPCI® Serial - a Base Specification (2010-10-08)

» Highly Networked Camera Monitoring System with CompactPCI® PlusIO (2010-10-07)

» Simulation Computer for Training Application with CompactPCI® PlusIO (2010-02-26)

» Recording Image Data from a Mobile Camera with CompactPCI® PlusIO (2010-02-19)

» Mechanics for CompactPCI® Serial: a comparison with familiar architectures such as VPX and MicroTCA (2010-01-29)

» Power Supply for CompactPCI® PlusIO in Accordance with EN 50155 (2010-01-29)

» Harsh Requirements for CompactPCI® PlusIO in Accordance with EN 50155 (2009-12-16)

» CompactPCI® Gets a Plus with an IO and a Serial Companion Specification (2009-12-04)

» Data Management for Mobile Security Application with CompactPCI® PlusIO (2009-12-02)

» Universal Rear I/O Module for CompactPCI® PlusIO (2009-11-19)

» CompactPCI® PlusIO versus MicroTCA (2009-11-13)

» Layout Rules for CompactPCI® PlusIO Boards (2009-11-04)

» User Specific I/O on CompactPCI® PlusIO (2009-10-22)

» Signal integrity on CompactPCI® Serial backplanes (2009-10-15)

» CompactPCI® PlusIO Implementation Rules for Guaranteeing Interoperability (2009-10-08)

» Ethernet Standards for CompactPCI® PlusIO (2009-10-05)

» PCI Express® Configuration Possibilities with CompactPCI® PlusIO (2009-09-23)

» SATA HDD/SSD Shuttle for CompactPCI® Serial Systems (2009-09-10)

» RAID Systems with CompactPCI® Serial (2009-08-24)

» Hybrid backplanes for CompactPCI® and CompactPCI® PlusIO (PICMG 2.30) (2009-07-21)

» Standard Backplanes for CompactPCI® Serial (PICMG CPCI-S.0) (2009-06-19)

» CompactPCI® Serial Rear I/O (2009-06-10)

» CompactPCI® Serial Mesh Architecture (2009-06-03)

» The Star Topology of CompactPCI® Serial und CompactPCI® Plus IO (2009-06-02)

» Standardization of CompactPCI® Serial: what does PICMG bring to the table? (2009-05-14)

» Connector Concept for CompactPCI® Serial (CPCI-S.0) (2009-05-08)

» 3M Ultra Hard Metric (UHM) Connector - The next generation 2mm Hard Metric System (2009-04-27)

» Standard Backplanes for CompactPCI® PlusIO (PICMG 2.30) and CPCI-S.0 (2009-04-02)

» CompactPCI® PlusIO Rear I/O (2009-03-20)

» CompactPCI® Serial and Rear I/O (2009-03-05)

» Migration from CompactPCI® to CompactPCI® Serial (2009-02-20)

» CompactPCI® PlusIO and CompactPCI® Serial System Architecture (2009-02-20)

» CompactPCI® and CompactPCI® Express System Architecture (2009-02-06)

» What is CompactPCI® Serial? (2009-01-14)