Products // Overview
Visit our IEEE 1588 Precision Timing Protocol technical information page to learn more about IEEE 1588 and download slides from our webinar - IEEE 1588 Ethernet-Based Precision Timing Hardware Teardown featuring Ocracoke Island SBC
ADI Engineering's innovative Ocracoke Island SBC product line is the industry's most flexible family of full-function embedded Single Board Computers (SBCs) for the Intel® EP80579 Integrated Processor (codenamed "Tolapai"). ADI's Ocracoke Island SBC family consists of four models, including fanless and -40 to +85C temperature range versions, serving a wide range of applications of the EP80579.
ADI’s Ocracoke Island SBC offers a comprehensive IEEE 1588 hardware solution with accuracy as tight as 15ns. While many embedded SBCs with hardware IEEE 1588 support stop at packet timestamping, Intel's EP80579 allows Ocracoke Island SBC to take its IEEE 1588 solution one crucial step further - a frequency-compensated hardware system clock for the highest possible accuracy and network-based synchronization of the entire Ocracoke Island-based system. With its best of breed IEEE 1588 implementation and a rich set of networking and communication features, Ocracoke Island SBC serves as an ideal platform in real-time distributed applications including wind turbine controllers, smart grid controllers, wireless infrastructure, ruggedized vehicle computers, train controllers, military and aerospace, and industrial control. Integrated networking and security hardware acceleration in the EP80579 and automatic Ethernet failover bypassing also make Ocracoke Island well suited for network security, unified threat management, VPN and wireless infrastructure applications.
As one of a select few Intel "Early Access" partners on EP80579, ADI has created Ocracoke Island SBC from the ground up to bring a number of significant new capabilities to the market:
- First EP80579 SBC available in a fanless model
- First EP80579 SBC available in a -40C to +85C extended temperature model
- First EP80579 SBC offering automatic Ethernet failover bypassing, critical for in-line networking and security applications
- Best of breed IEEE 1588 implementation provides up to 15ns network-based syncyronization, with an on-board hardware frequency compensated IEEE 1588 system clock
- Quick and inexpensive custom variants created by ADI for orders as small as 500 units
- Only EP80579 SBC backed by ADI's groundbreaking Open IP engagement model of off-the-shelf board availability from ADI, customer IP licensing, design customization and "you build - we build" manufacturing
Interested in a world class custom design based on Intel EP80579? ADI is an Intel Phase 1 "Early Access Partner" for EP80579, offering uniquely strong EP80579 design-through-manufacturing services that reduce your time to market, cost and risk. As the "Open IP ODM," ADI stands ready to build your custom product at our facilities in the US, Mexico or China, or you can build it yourself - the choice is yours! From a simple feature set reconfiguration of Ocracoke Island SBC to a fully custom design, ADI's customized EP80579 products deliver design excellence, trusted manufacturing, and a uniquely open and progressive business model.
Please contact us for more information.
| Ocracoke Island SBC Feature Set | ||||
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| Feature | Ocracoke Island SBC A1200 | Ocracoke Island SBC A600 | Ocracoke Island SBC A600V | Ocracoke Island SBC A1066XV (Extended Temperature) |
| Form Factor | Mini-ITX 170x170mm | Same | Same | Same |
| CPU | Intel® EP80579 with Quick Assist acceleration, 1.2 GHz | Intel® EP80579 with Quick Assist acceleration, 600 MHz fanless | Intel® EP80579 with Quick Assist acceleration, 600 MHz fanless | Intel® EP80579 with Quick Assist acceleration, 1.066 GHz extended temperature fanless |
| Fanless | No | Yes | Yes | Yes |
| -40C to +85C Extended Temperature | No | No | No | Yes |
| DDR2 Memory | 240-pin DIMM socket, ECC support, Up to 800 MHz, Up to 4GB | Same | Same | Same |
| Gigabit Ethernet (independent ports) | 2 | 2 | 2 | 2 |
| Gigabit Ethernet 4-port Managed Switch | Yes | YesNo | No | |
| Ethernet Failover | Yes (passive failover between two independent ports and first two switch ports) | Yes | No | No |
| USB 2.0 Host | Two, with on-board Type A connectors; Two via header | Same | Same | Same |
| PCI Express Slots | Two slots - x1 and x4 | Two slots - x1 and x4 | None | None |
| PCI Express MiniCard | 1 slot, with SIM socket | 1 slot, with SIM socket | Same | Same |
| MiniPCI Slots | Two | Two | None | None |
| Trusted Platform Module | Yes | Yes | No | No |
| SATA 2.0 | Two ports | Two ports | One port | One port |
| CAN | Two ports | Two ports | None | One port |
| RS-232 | Two ports - 1 DB-9, 1 header | Two ports - 1 DB-9, 1 header | One DB-9 | One DB-9 |
| Discrete I/O | Eight bits | Eight bits | Two bits | Two bits |
| Battery-Backed Real-Time Clock | Yes, 20mm coin cell | Same | Same | Same |
| Single 12V Power Input | Yes | Yes | Yes | Yes |
| XDP Debug Interface | Yes | Yes | No | No |
| HSS Mezzanine Connector (for T1/E1 and analog telephone line interface cards) | Yes | Yes | No | No |
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| More Information |
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 Request more information |
 Ocracoke Island SBC Product Brief |
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Ocracoke Island SBC Development Kit Hardware Manual (5.6 MB download) |
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Ocracoke Island SBC Development Kit Quick Start Guide |
| Open IP Whitepaper Part I: Overview of ADI's Open IP Approach - Rethinking the build or buy decision |
| Open IP Whitepaper Part II: Customization and Open IP - Discussion of the benefits to OEMs and system integrators at all production volumes |
| Software Support |
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| Ocracoke Island SBC 1200 Development Kit |
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| Ocracoke Island SBC 600 Development Kit |
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| Where To Buy |
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| Ocracoke Island SBC Block Diagram |
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