-
Supplier: Kontron USA
Description: The AM5010 is a highly integrated CPU board implemented as a double, mid-size AdvancedMC (AMC) Module. The design is based on the Intel® Core2 Duo LV 1.5 GHz processor with 4 MB L2 cache providing 667 MHz front side bus (FSB) speed combined with the Intel® 3100 server-class chipset.
- Device Type: Processor Card
- Interfaces / Ports: PCI Express, Serial ATA, SFP, Other
- Width: Double-Width
-
Supplier: Kontron USA
Description: The AM4011 is a highly integrated CPU board implemented as a Single-module Mid-size Advanced Mezzanine Card (AMC). The design is based on the Intel® Core2 Duo processor combined with the Intel® 3100 server-class chipset.
- Device Type: Processor Card
- Interfaces / Ports: PCI Express, Serial ATA, SFP
- Width: Single-Width
-
Supplier: Kontron USA
Description: The AM4010 is a highly integrated CPU board implemented as a Single-module, Mid-size or Full-size Advanced Mezzanine Card (AMC). The design is based on the Intel® Core Duo and the Intel® Core2 Duo processors combined with the Intel® 3100 server-class chipset.
- Device Type: Processor Card
- Interfaces / Ports: PCI Express, Serial ATA, SFP, Other
- Width: Single-Width
-
Supplier: Kontron USA
Description: The AM4100 is a scalable and flexible Single Mid- or Full-size Advanced Mezzanine Card (AMC). The board is built around the leading-edge Freescale dual-core MPC8641D Power Architecture (PowerPC) CPU.
- Device Type: Processor Card
- Interfaces / Ports: PCI Express, SFP, Other
- Width: Single-Width
-
Supplier: Kontron USA
Description: The AM4101 extends the capabilities of solving application requirements significantly by providing three interconnect technologies concurrently: GbE at AMC ports 0 and 1, PCI Express at AMC ports 4 - 7 and Serial RapidIO at AMC ports 8 – 11.
- Device Type: Processor Card
- Interfaces / Ports: PCI Express, Serial ATA, SFP, Other
- Width: Single-Width
-
Supplier: Embedded Planet
Description: AMC processor board featuring the Freescale dual-core PowerPC processor
- Device Type: Processor Card
- Interfaces / Ports: PCI Express, RS232 / RS422 / RS485, Other
- Width: Single-Width
- Height: Full-Height
-
Supplier: Kontron USA
Description: The AdvancedMC-bays in the AT8402 can be populated with a wide variety of field-replaceable modules, such as Processor-AMCs, Storage-AMCs and telecom specific I/O-AMCs.
- Form Factor: AdvancedTCA
- Product Type: Carrier Card
- Interfaces: PCI Express, Serial ATA
- Standards: PICMG 3.0 Compliant, PICMG 3.1 Compliant, Other
Find Suppliers by Category Top
Conduct Research Top
-
Designing Multiple PCI Express Processor Nodes into xTCA Host Systems (.pdf)
. erate the industry transition from traditional 3U and 6U cPCI. applications requiring processor farms in either new systems. chassis systems to systems based on AdvancedMC modules. or as functional upgrades for traditional 3U cPCI chassis sys-. The reconfigurable PCI Express port eliminates the last
-
MicroTCA for Medical Applications (.pdf)
of performance in MicroTCA by allowing a. power budget of 80 Watts per module. Figure 3: AdvancedMC Form Factors. 4. www.kontron.com. Whitepaper. In total, an AMC supports 21 serial ports (each port. representing one signal pair as receiver and one pair for. transmission). Operating currently at clock
-
MicroTCA - Streamlined to Market Requirements (.pdf)
it is possible to significantly reduce. the costs for industrial applications. This paper shows the principles of AMC based systems and has a practical. look at systems design for telecommunication systems and industrial applications. The origins of AdvancedMC. AMC is an industrial standard from the PICMG
-
IMS Networks on ASI-based Modular Platforms (.pdf)
, cost-effective IMS network. CORE. convergence using Advanced Switching Interconnect (ASI). and AdvancedTCATM / AdvancedMCTM platforms. TRANSPORT. DATA CENTER. Executive Summary. In a previous Kontron white paper, it was demonstrated how. AdvancedTCA and AdvancedMC modular-based systems were. ideal
-
PCI Express-based MicroTCA Design Options (.pdf)
routing required for. The design concepts in this article make use of a number of. the proposed system configuration. In the case of the design. AdvancedMC cards, including a general-purpose processor. options that follow, this means that the appropriate "Fat Pipes". module, a graphics module
Engineering Web Search: AdvancedMC Processor Card Top
- MicroTCA & AdvancedMC - Advantech
-
Advanced Telecommunications Computing Architecture (ATCA)
MPC8572E PowerQUICC® processor-based high-performance processing card AdvancedTCA®/AdvancedMC?: Delivering Standards for Rapid Development
-
Interphase Product: iSPAN® 3650 AdvancedMC? High Performance...
iSPAN® 3650 AdvancedMC? High Performance ATM-IP Interworking Card (EOL)
-
Interphase Product: iNAV® 31K AdvancedTCA® Carrier Card
and High Performance with 10G Fabric Support The iNAV® 31K-G2 AdvancedMC Carrier Card is a flexible, high-performance addition to next-generation
-
Altera Stratix FPGA COTS boards - BittWare - AMC PCIe VPX...
AdvancedMC (Advanced Mezzanine Card) PCIe
-
Thermal design considerations for the advanced mezzanine card...
Keywords: thermal design card form factor PrAMC single board computer components microprocessors system boundary conditions component limitations
-
Intel Enables Rapid Delivery Of WiMAX Networks with New...
The Intel NetStructure® WiMAX Baseband Card is Intel?s first integrated hardware and software platform for transport, control and baseband processing
-
SBS Technologies Adds a Processor AdvancedMC Card to its...
its new Telum ASLP10 AdvancedMC, the first processor Advanced Mezzanine Card (AdvancedMC®) with an Intel Pentium M processor in its Telum line of
-
1/10 Gigabit Ethernet switch and line card products
Architectures: ATCA, MicroTCA (uTCA) AdvancedMC (AMC), CompactPCI, PCI-Express (PCIe), PMC/PMC-X, PCI/PCI-X
-
Telum TSPE01 processor Advanced Mezzanine Card
has introduced its new Telum TSPE01 processor Advanced Mezzanine Card (AdvancedMC). The Freescale MPC7447A processor-based Telum TSPE01 joins the SBS
