|
|
 |
HyperTransport-enabled Products, listed by name
|
Agilent 93000 SOC Series, NP-Model from Agilent Technologies, Inc.
Optimized for Testing of High-Speed and High Pin-Count Devices Up to 2.5 Gbps and 256 differential ports for testing high-speed I/O buses. All 93000 models, including the NP-models, are software, docking, and DUT board compatible.
|
HW DevTool
|
ALi M1563 Southbridge for HyperTransport from ALi Corporation
The M1563 provides the highest integration south bridge solution between HyperTransport™ Technology Link bus, PCI bus and peripheral buses for personal computer systems.
The M1563 integrates AC-Link HostController, 2-channel dedicated Ultra DMA mode 6 (ATA 133) IDE Master controller, USB 2.0/1.1 Host controllers with 6 ports in total, IO APIC controller, 1/10/100 Mb/s Fast Ethernet MAC layer, and HyperTransport™ Technology Link interface. Additional features include Host Signal Processing (HSP) software modem solution, ACPI support, green function, and Real Time Clock.
The M1563 also provides the best power management solution. It incorporates ACPI support, deep green function, all into one 31mmx31mm BGA (Ball Grid Array) chip.
|
Chipset
|
ALi M1687 K8 Northbridge from ALi Corporation
M1687 Northbridge offers a high-performance and cost-effective solution for PC systems. It supports the AMD® K8 Processors.
With AGP 1x/2x/4x/8x support, M1687 provides system designers with enough headroom to interface with different graphics solutions to fulfill various market requirements. The M1687 introduces HyperTransport bus, a next generation link bus that can reach up to 6.4GB/sec to K8 CPU side and up to 1.6GB/sec to our south bridge side in bandwidth.
M1687 coupled with M1563, a highly integrated Southbridge device, brings a complete and cost-effective solution for PC system designers. The M1563 integrates AC-Link Host Controller, 2-channel dedicated Ultra-66/100/133 IDE Master controller, USB 2.0/1.1 Host controllers with 6 ports in total, IO APIC controller, 1/10/100 Mb/s Fast Ethernet and HomePNA 1.0/2.0 MAC layer, and HyperTransport Technology Link interface. Additional features include Host Signal Processing (HSP) software modem solution, ACPI support, green function, and Real Time Clock.
|
Chipset
|
ALi M1689 Super K8 Single Chip from ALi Corporation
The M1689 is ALi's new generation super single chipset that offers a high-performance, the highest integration and cost-effective solution for AMD Hammer microprocessor PC systems.
The M1689 integrates AGP8X controller, AC-Link Host Controller, 2-channel dedicated Ultra-66/100/133 IDE Master controller, USB 2.0/1.1 Host controllers with 8 ports in total, IO APIC controller, 1/10/100 Mb/s Fast Ethernet, SATA, and HyperTransport™ Technology Link interface. Additional features include Host Signal Processing (HSP) software modem solution, ACPI support, green function, and Real Time Clock.
|
Chipset
|
Alliance AS90L1011-DB Development Board from Alliance Semiconductor Corp.
Development board for the SP1011 HT-to-PCI bridge that plugs directly into PMC-Sierra RM9000 Jaguar evaluation board.
|
HW DevTool
|
Alliance AS90L10204 HyperTransport to PCI-X Bridge from Alliance Semiconductor Corp.
The AS90L10204 is a high performance HyperTransport™-to-PCI/PCI-X bridge capable of tunneling the data between the two 8-bit HT ports or transferring the data between the HT ports and the PCI/PCI-X port. It is designed for bandwidth-hungry and performance-intensive applications in computer servers, workstations, desktop PCs and embedded systems. Each 8-bit HT port operates at a frequency of 200, 400, 600, and 800 MHz DDR for both transmit and receive directions and sustains a total aggregate bandwidth up to 25.6 Gbps per 8-bit bidirectional HT port. AS90L10204 supports one 64-bit, up to 133 MHz PCI/PCI-X1.0b port to connect to a variety of PCI/PCI-X based peripherals and add-on cards such as NICs, storage HBA and others.
|
I/O Bridge
|
Alliance SP1011 HyperTransport to PCI Bridge from Alliance Semiconductor Corp.
Alliance's SP1011 is the first IC to bridge between the HT bus and the legacy PCI
bus. The SP1011 has two bidirectional 8-bit HT interfaces and one 64-bit, 66-MHz PCI port. It can transfer the data between the PCI port and any of the two HT interfaces enabling the new generation of microprocessors (µP) and microcontrollers (µC) with built-in HT ports to access legacy peripherals using a built-in PCI port. In addition, The SP1011 can also transfer the data between the two HT ports (creating an HT tunnel) to connect these new µPs and µCs to the emerging generation of peripherals with built-in HT ports. Each HT interface on the SP1011 sustains 800 MB per second of bandwidth in each direction to speed the data transmission and switching in embedded systems. Up to 31 SP1011 devices can also be daisy-chained on the HT ports to build higher capacity systems with a variety of architectures and configurations using multiple PCI busses and HT based peripherals.
|
I/O Bridge
|
AMD Athlon™ 64 FX Processor from Advanced Micro Devices, Inc.
The AMD Athlon™ 64 FX processor features innovative technology to provide extraordinary performance and a computing experience without parallel. The AMD Athlon 64 FX processor runs on AMD64, a revolutionary technology that 1) allows the processor to run 32-bit applications at full speed while enabling the coming wave of powerful, 64-bit software applications, and 2) provides Enhanced Virus Protection when used with Windows® XP Service Pack 2 (SP2).
|
Processor
|
AMD Athlon™ 64 Processor for desktops from Advanced Micro Devices, Inc.
The AMD Athlon 64 processor is the first and only Windows®-compatible 64-bit PC processor. The AMD Athlon 64 processor runs on AMD64, a revolutionary technology that allows the processor to run 32-bit applications at full speed while enabling a new generation of powerful 64-bit software applications. Advanced 64-bit operating systems for the AMD64 platform from Microsoft®, Red Hat, SuSE, and TurboLinux have already been announced, and they only run on processors with AMD64 technology.
|
Processor
|
AMD Mobile Athlon™ 64 Processor from Advanced Micro Devices, Inc.
The low-power Mobile Athlon 64 processor allows you to fit a high performance processor into a thin and light design. Low-power Mobile processors for thin and light notebooks consume less power than processors for full-size (mainstream and desktop replacement) notebooks. The technology features of the low-power Mobile AMD Athlon 64 processors allow users to have a thinner, lighter notebook that when coupled with integrated wireless technology, delivers connectivity on the go and powerful performance for today's demanding mobile users.
|
Processor
|
AMD Opteron™ Processor from Advanced Micro Devices, Inc.
The AMD Opteron™ processor, enabling simultaneous 32- and 64-bit computing, represents the landmark introduction of AMD64 with Direct Connect Architecture. The AMD Opteron processor is designed to run existing 32-bit applications with outstanding performance and offers customers a simplified migration path to 64-bit computing. This evolutionary processor provides a dramatic leap forward in compatibility, performance, investment protection, and reduced total cost of ownership (TCO). The AMD Opteron processor is offered in three series: the 100 series (1-way), the 200 series (Up to 2-way), and the 800 series (Up to 8-way).
|
Processor
|
AMD-8111™ HyperTransport™ I/O Hub from Advanced Micro Devices, Inc.
Ushering in the next generation of computing platforms, AMD introduces the AMD-8000™ series of core-logic components designed to support the AMD Opteron™ processor. Implementing HyperTransport™ technology as the system backbone, these core-logic elements deliver outstanding performance and design flexibility. This chipset consists of several “building block” components that can be used together in a variety of system designs.
|
I/O controller
|
AMD-8131™ HyperTransport™ PCI-X 1.0 Tunnel from Advanced Micro Devices, Inc.
Ushering in the next generation of computing platforms, AMD introduces the AMD-8000™ series of core-logic components designed to support the AMD Opteron™ processor. Implementing HyperTransport™ technology as the system backbone, these core-logic elements deliver outstanding performance and design flexibility. This chipset consists of several “building block” components that can be used together in a variety of system designs.
|
I/O Bridge
|
AMD-8132™ HyperTransport™ PCI-X® 2.0 Tunnel from Advanced Micro Devices, Inc.
Ushering in the next generation of computing platforms, AMD introduces the AMD-8000™ series of core-logic components designed to support the AMD Opteron™ processor. Implementing HyperTransport™ technology as the system backbone, these core-logic elements deliver outstanding performance and design flexibility. This chipset consists of several “building block” components that can be used together in a variety of system designs.
|
I/O Bridge
|
AMD-8151™ HyperTransport™ AGP 3.0 Tunnel from Advanced Micro Devices, Inc.
The AMD-8151™ chipset component provides AGP 3.0 capability to desktop and workstation platforms requiring high-end graphics performance. Included in the AMD-8151™ chipset component are an AGP 3.0 (AGP-8x) interface and a HyperTransport tunnel.
|
I/O Bridge
|
AMI AMIBIOS8 from American Megatrends, Inc.
AMIBIOS8" offers scalable BIOS solutions from embedded computing platforms to mission-critical
servers, supports the latest chipsets and technologies for mobility and management and provides
enhanced user experience with connectivity and recovery options.
|
Software IP
|
APEX II EP2A70 from Altera Corporation
Altera introduces the APEX™ II device family: high performance, high-bandwidth programmable logic
devices (PLDs) targeted towards emerging network
communications applications and protocols. APEX II
devices support protocols such as the UTOPIA IV,
RapidIO™, CSIX, and POS-PHY Level 4 protocols,
making them the ideal solution for complex systems.
The APEX II device family features 1-gigabits per
second (Gbps) dedicated True-LVDS" circuitry, phaselocked
loops (PLLs), embedded system blocks (ESBs),
content-addressable memory (CAM), and enhanced
all-layer-copper interconnects.
|
FPGA
|
Apple Power Mac G5 from Apple Computer, Inc.
The creative class needs superior tools to produce designs, music, high-definition video or the next scientific breakthrough. The new Power Mac G5 line spans as far as you require. Its dual 64-bit G5 processors — with speeds of up to 2.5GHz — room for up to 8GB of main memory, 8X SuperDrive and ultrahigh-bandwidth system architecture will give you more results than systems costing twice as much.
The Power Mac G5 offers dual processor models across the board at 1.8GHz, 2GHz and 2.5GHz, for a substantial speed boost at the top of the line. The 2.5GHz model packs so much power into tight quarters that Apple designed a liquid cooling system, resulting in a cool tower that runs Photoshop nearly two times faster than a Pentium 4-based system. In fact, for most creative endeavors, the Power Mac G5 simply has no competition in its class.
|
Personal Computer
|
ATI Radeon® Xpress 200 for AMD Processor from ATI Technologies, Inc.
ATI introduces the next generation PCI Express® chipset with Radeon® graphicsfor the complete range of AMD Athlon™ 64, AMD Athlon™ 64 FX, and AMD Sempron™ processors. The Radeon® Xpress 200 brings both stunning 3D graphics and universal connectivity in a chipset design that provides exceptional value for the high performance. The new chipset can effortlessly scale from everyday multimedia applications to high-definition 3D gaming. The Radeon® Xpress 200 is the first chipset solution in the market with a DirectX™ 9.0 graphics core that is a derivative of Radeon® X300.
|
Graphics Controller
|
BCM1125H Single MIPS Core from Broadcom Corporation
The BCM1125H is an integrated processor system consisting of one Broadcom Corporation SB-1 high performance MIPS64" CPU, a 256K L2 cache, a DDR memory controller, and integrated I/O with HyperTransport links.
|
Processor
|
BCM1250 Dual MIPS CPU from Broadcom Corporation
The BCM1250 is a multi-processor system with two Broadcom Corporation SB-1 high performance MIPS64" CPUs, a shared 512K L2 cache, a DDR memory controller, and integrated I/O with HyperTransport links.
|
Processor
|
BCM5850 SSL/TLS Record Layer Protocol Processor from Broadcom Corporation
The Broadcom BCM5850 is a breakthrough chip that delivers new levels of SSL/TLS processing performance to secure web servers, proxy servers, and high-speed networking equipment that process SSL/TLS encrypted data.
|
Security IC
|
Broadcom BCM1280 Dual-Core 64-bit MIPS® Processor with SPI-4/HT from Broadcom Corporation
The BCM1280 device is an MIPS64 processor core-based system-on-a-chip (SOC) that offers industry-leading performance, high functional integration, and low-power levels required by next-generation computing, storage, and networking applications.
|
Processor
|
Broadcom BCM1480 Quad-Core 64-bit MIPS® Processor with SPI-4/HT from Broadcom Corporation
The BCM1480 device is an MIPS64 processor core-based system-on-a-chip (SOC) that offers industry-leading performance, high functional integration, and low-power levels required by next-generation computing, storage, and networking applications. It includes four Broadcom SB-1 high-performance MIPS64 CPUs with on-chip L2 cache up to 1MB, DDR2 memory controller running up to 400MHz, and integrated I/O including 64-bit PCI-X, Gigabit Ethernet MACs (GMII) and SPI-4/HT ports.
|
Processor
|
Dolphin HyperTransport™ PHY IP from Dolphin Technology, Inc.
Dolphin Technology's HyperTransport PHY IP core provides a proven high-speed HyperTransport physical interface circuit for implementation into custom ASIC or ASSP devices. Dophin HyperTransport Rx/Tx I/O macros now support 1.2 GHz clock rates, HyperTransport 2.0 specifications and provide for bandwidth of up to 2.0 Gigabits/second.
|
PHY
|
FuturePlus HyperTransport Analysis Probe from FuturePlus® Systems Corporation
The FS2240, FS2241 and FS2243 HyperTransport analysis probes enable designers to debug, test, and verify compliance of 8 and 16-bit HyperTransport links. The FS2240 and FS2243 support up to 2.4 GT/s and the FS2241 supports 400 MT/s as defined in the HyperTransport 2.0 specification. The FS2240/FS2241/FS2243 provides an electrical and mechanical interface between a HyperTransport device and an Agilent logic analyzer. The probes provide connection to the HyperTransport link through use of an 80 pin Robinson Nugent connector (FS2240), two Samtec connectors (FS2241) or using Agilent Technologies Soft Touch probing method (FS2243).
|
HW DevTool
|
GDA HT8000 HyperTransport Compatibility Platform from GDA Technologies, Inc.
The GDA HT8000 is the industry's first HyperTransport Compatibility Test Platform. It allows semiconductor and system companies to accelerate the development of HyperTransport-based systems.
|
HW DevTool
|
GDA Hypertransport Host IP Core from GDA Technologies, Inc.
GDA's HyperTransport Host core, code
named HyperHost, is designed for reuse
and it's flexible backend interface makes
it easy to be integrated into wide range
of applications.
|
IP Core
|
GDA HyperTransport Bridge IP Core from GDA Technologies, Inc.
GDA's HyperTransport Bridge core, code
named HyperBridge, is designed for
reuse and it's flexible backend interface
makes it easy to be integrated into wide
range of applications.
|
IP Core
|
GDA HyperTransport Cave IP Core from GDA Technologies, Inc.
High-Speed, Low-Latency, Point-to-Point Link
|
IP Core
|
GDA HyperTransport Tunnel IP Core from GDA Technologies, Inc.
GDA's HyperTransport Tunnel core, code
named HyperTunnel, is designed for
reuse and it's flexible backend interface
makes it easy to be integrated into wide
range of applications.
|
IP Core
|
GDA HyperTransport VERA verification platform from GDA Technologies, Inc.
Contains prebuilt and preverified modules for generating HyperTransport transactions and monitors to reduce verification times
|
Verification IP
|
HDL DH HyperTransport eVC (HDH 1000) from HDL Design House
HDL DH HyperTransport eVC (HDH 1000) is fully eRM compliant eVC that can be used to verify designs that utilitize HyperTransport protocol. HyperTransport (HT) is a serial protocol used for chip-to-chip communication. This eVC is HT 1.10 compliant, supports direct packet routing, error-retry mode, virtual channels, address remapping, and can implement various device types such as host, bridge, tunnel, cave, switch and host-bridge.
|
Verification IP
|
Hifn HIPP Intelligent Packet Processing III from Hifn, Inc.
Hifn's FlowThrough™ Security Architecture is a fundamentally new approach to hardware implementation of security protocols such as IPsec and SSL/TLS.
The FlowThrough security architecture is a fundamentally new approach to hardware implementation of the IPsec security protocol. In the FlowThrough security architecture, all of the IPsec functionality is handled by the security processor, including the IKE session setup, without any outside intervention. This is accomplished by encapsulating the entire IPsec and IKE functions in an advanced FlowThrough security processor, significantly reducing the software integration work required to add security to a system.
|
Security IC
|
LSI Logic HyperTransport™ (HT) HyperPHY™ core from LSI Logic Corporation
The HyperTransport™ (HT) HyperPHY™ core is available for all HyperTransport interface applications. This core provides high speed, low latency, point-to-point links for HyperTransport's packet-based protocol with no data encoding and no Clock-Data-Recovery overhead. Link widths can range from 2 bits to 32 bits in each direction with asymmetrical widths allowed.
The HyperTransport core handles Double Data Rate (DDR) operation for interfacing with legacy I/O and uses HyperTransport 1.2V LVDS signaling. The core utilizes proprietary intellectual property and consists of complex functional circuit blocks, fully characterized for the LSI Logic Gflx™ CMOS process technology.
|
PHY
|
MindShare HyperTransport System Architecture Book from MindShare, Inc.
HyperTransport System Architecture provides a comprehensive technical guide to the HyperTransport Technology. It opens with an overview of HT, highlighting features of the technology’s fundamental architecture, including its many advantages over other bus architectures. The book then goes on to detail all facets of the HyperTransport Technology including protocol, I/O routing, configuration and more. In particular, it features important performance related considerations and addresses critical compatibility issues. An entire section provides numerous transaction examples to illustrate the practical application of the HyperTransport Technology. HyperTransport System Architecture provides the authoritative, detailed information required by hardware and software developers, networking professionals and anyone interested in implementing and deploying HyperTransport.
|
Books
|
MindShare HyperTransport Training from MindShare, Inc.
Training course available throughout the world
|
Training
|
nForce 2 from NVIDIA Corporation
NVIDIA's family of nForce2 Platform Processors consists of the nForce2 System Platform Processor (SPP) and the nForce2 Integrated Graphics Processor (IGP), each of which are paired with the nForce2 Media and Communications Processor (MCP). Together, the NVIDIA nForce2 Platform Processors deliver the following key features and functionality:
Performance: Targeted at the system builder, channel and OEM manufacturers who require a discrete platform solution, NVIDIA nForce2 SPP Platform Processors offer blistering platform performance without integrated graphics. The nForce2 SPP Platform Processors feature the industry’s only dual DDR400 memory subsystem, providing more than two times the raw system bandwidth over competitive solutions.
Graphics: In addition to the memory and performance features designed into the nForce2 SPP, the nForce2 IGP also integrates a GeForce™4 MX graphics core—the industry’s fastest integrated graphics solution. With performance nearly four times that of the closest competitor, the nForce2 IGP also delivers unparalleled visual quality through NVIDIA’s Accuview Antialiasing™ Engine; a Video Processing Engine (VPE) for MPEG2 and DVD decoding; a TV encoder; and an HDTV processor for high-definition viewing.
Connectivity: With DualNet™, the industry’s only dual networking architecture to support simultaneous local-area network (LAN) and wide-area network (WAN) connections; support for up to six high-speed USB 2.0 and three FireWire® (IEEE1394a) ports; and the world’s only integrated Audio Processing Unit (APU) and real-time Dolby® Digital encoder, the nForce2 MCP Platform Processors are the heart and soul of the Digital Media Gateway, providing the ultimate in audio, networking and digital connectivity.
|
Chipset
|
nForce Integrated Graphics Processor from NVIDIA Corporation
PC platform processing architecture
|
Graphics Controller
|
nForce Media and Communications Processor from NVIDIA Corporation
PC platform processing architecture
|
Chipset
|
NVIDIA nForce™ 3 Professional from NVIDIA Corporation
The NVIDIA nForce3 Professional platform processors revolutionizes professional motherboard designs, delivering a single-chip motherboard solution designed specifically for the 64-bit AMD Opteron™ processor. The nForce3 is a single-chip core-logic solution for professional computing environments. It supports high-bandwidth HyperTransport links, RAID, networking, audio, graphics and other functions.
|
Chipset
|
NVIDIA nForce™ Professional MCPs (media and communications processors) from NVIDIA Corporation
The NVIDIA nForce™ Professional family of MCPs (media and communications processors) are designed for professional users who demand stable, reliable, high-performance computing. The NVIDIA nForce Professional line offers a scalable architecture for AMD Opteron™ multiprocessor servers and workstations, including a proven fifth-generation HyperTransport™ design, and a flexible PCI Express™ bus interface. By continuing to build on the innovative single-chip NVIDIA MCP architecture, NVIDIA nForce Professional MCPs provide robust solutions for all professional computing environments.
|
Chipset
|
PathScale InfiniPath™ HTX™ Adapter from PathScale, Inc.
The PathScale InfiniPath HTX Adapter provides the industry’s lowest latency cluster interconnect for MPI applications. The adapter directly attaches to AMD Opteron™ processor-based servers through a standard HyperTransport™ HTX slot on an Opteron motherboard. To connect to other nodes in the cluster, the adapter utilizes standard InfiniBand switches and cabling. These standards enable one to build Linux clusters with the best combination of low-latency and high bandwidth to achieve massive scalability, while reducing costs and complexity. The result is an unparalleled 1.5 µs MPI latency, 1.8 GB/sec of bi-directional bandwidth and an industry leading n1/2 of 595 bytes.
|
Cluster Interconnect
|
PLX PowerDrive HT7520 HyperTransport to PCI-X Bridge from PLX Technology, Inc.
The PowerDrive HT7520 provides a high-speed HyperTransport to dual PCI-X bus bridge. It provides 800MHz DDR link speed, up to 6.4GB/s bandwidth, and dual PCI-X Buses operating at 133MHz.
|
I/O Bridge
|
RM9000x1 64-bit MIPS® Processor from PMC-Sierra, Inc.
1 GHz 64-bit MIPS® processor w/256KB L2 cache, DDR memory cntrl., SysAD and HT
|
Processor
|
RM9000x2 Dual Multiprocessor from PMC-Sierra, Inc.
The RM9000x2 from PMC-Sierra features integrated dual 64-bit MIPS® multiprocessors with two 1 GHz CPUs, 512KB L2 cache, DDR memory controller, integrated I/O with SysAD and HyperTransport interfaces.
|
Processor
|
RM9000x2GL™ Integrated Microprocessor from PMC-Sierra, Inc.
The RM9000x2GL Integrated Multiprocessors (RM9220, RM9222, and RM9224) build on the success of PMC-Sierra's next generation MIPS-based® RM9000 Family processors by providing features specifically suited for network processing applications. Each multiprocessor provides: Dual CPU cores compatible with the MIPS64™ Instruction Set Architecture; High-speed integrated DDR SDRAM and Local Bus; Additional high performance IO interfaces such as SysAD, PCI/HyperTransport, and Ethernet MAC interfaces with the option to bypass the Ethernet MACs to provide high-speed Generic Packet Interfaces (GPI-8/16/32).
|
Processor
|
RMI XLR™ Family of Thread Processors™ from Raza Microelectronics, Inc.
RMI’s new XLR™ Family of Thread Processors™ offers high-throughput general purpose processing with intelligent system and functional integration for the Enterprise Market. The processor combines the power of its innovative multiprocessing, multithreaded architecture with the simplicity of an XLR-enhanced leading edge, general purpose MIPS64® machine enabling wire speed, software-driven applications across multiple platforms. As a true programmable solution it eliminates the need for microcoding or proprietary scripting. In addition, its industry-standard media interfaces provide an extensive set of connectivity options. The XLR processor family, including the XLR700, XLR500, and XLR300, is a cost-effective, single-chip solution providing a key building block for next-generation, scalable multiservice systems.
|
Other
|
ServerWorks HT-2000 HyperTransport™ SystemI/O™ Controller from Broadcom Corporation
The HT-2000 I/O controller is the industry's only single-chip solution for HyperTransport technology-based platforms that integrates dual-port GbE controllers (including the MAC, PHY and serializer/deserializer chips) and all of the industry standard I/O interfaces. Coupled with the recently announced HT-1000 server I/O controller with RAID5 functionality, the HT-2000 provides the most feature-rich server platform solution in the market today. The combination of the HT-2000 and HT-1000 demonstrates the convergence of storage and communications technologies in the core logic. To protect the user's initial investment, this HyperTransport server architecture will be scalable with future generations of products.
|
Chipset
|
SiS755FX North Bridge Chipset for HyperTransport from Silicon Integrated Systems Corp.
The SiS755FX, a HyperTransport™ to AGP/MuTIOL Bridge, integrates a high performance HyperTransport™ interface for AMD Athlon™ 64FX processor family, AGP interface, and SiS MuTIOL Technology, which connects with SiS964 MuTIOL® Media IO.
The HyperTransport™ interface of SiS755FX features the HyperTransport™ complaint bus driver technology to support AMD Athlon™ 64FX processors up to 2.0GT/s data rate.
|
Chipset
|
SiS756 HyperTransport to PCI-E/MuTIOL North Bridge from Silicon Integrated Systems Corp.
The SiS756, a HyperTransport™ to PCI-E/MuTIOL® Bridge, integrates a high performance HyperTransport™ interface for the AMD Athlon64FX processor family, the PCI-Express x 16 interface, and SiS MuTIOL® Technology, which connects with the SiS965/965L MuTIOL Media IO.
The HyperTransport™ interface of the SiS756 features HyperTransport™ complaint bus driver technology to support AMD Athlon64FX processors of up to 2000MT/s data rate.
|
Chipset
|
Stratix EP1S25 from Altera Corporation
Stratix® devices contain powerful system-level features that offer design flexibility and high-performance system integration. As part of a general-purpose device family, Stratix devices offer a feature-rich, high-bandwidth system solution to take system-on-a-programmable-chip (SOPC) designs to new levels. Stratix II FPGAs are built for designers who need higher performance, higher density, and lower cost.
|
FPGA
|
Sun Fire™ V40z Server from Sun Microsystems, Inc.
The Sun Fire V40z server is a new-generation, four-processor server with world-class performance and features that enable customers to solve their IT needs more efficiently and at lower costs. Based on the AMD Opteron processor with HyperTransport technology, the Sun Fire V40z server provides linear processor scalability and high-speed I/O throughput for x86 applications. The Sun Fire V40z server is also highly flexible and can run 32-bit and 64-bit operating systems and applications, protecting customer investments in existing IT infrastructures while enabling them to easily migrate to next-generation 64-bit computing. Additional features of the Sun Fire V40z server include: high rack density (3RU high); redundant power and cooling and RAID storage (to ensure continued server operation); Lights Out Management (for remote system monitoring and control, as well as easy firmware upgrades); and a standard, three-year warranty.
|
Server
|
Transmeta Efficeon™ TM8800 Processor from Transmeta Corporation
Transmeta Efficeon TM8800 processor delivers high-performance for low power mobile, blade server and embedded designs. It has been designed to address the ever-growing demand for power-efficient x86 solutions. To maximize performance and responsiveness, the Efficeon processor features a 256-bit wide VLIW engine that can issue up to 8 instructions per clock cycle, a large 1 MB L2 cache, and support for MMX, SSE and SSE2 instructions for a compelling multimedia experience.
|
Processor
|
ULi M1563 South Bridge Chipset for HyperTransport™ Systems from ULi Electronics Inc.
ULi's M1563M is the sole south bridge solution in the market today that is compatible to Intel® Pentium®4 M, Athlon™ 64 and Transmeta Efficeon processors. Given ULi's renowned superb power efficiency design, whether it's pairing with ULi's own north bridges M1683/M1687, Transmeta's Efficieon processors, ULi's south bridge has been deemed by global OEMs as an important enabler for their latest mobile and desktop products. Well-known manufacturers such as ASUS®, AsRock, ABIT, Albatron, BenQ, ECS, Fujitsu, HP, IBM®, NEC, Sony, Sharp, Soyo, Toshiba have all shared their success using ULi's solutions.
|
I/O Bridge
|
ULi M1687 North Bridge for AMD Athlon® 64 Processors from ULi Electronics Inc.
With AGP 1x/2x/4x/8x support, the M1687 provides system designers with enough headroom to interface with different graphics solutions to fulfill various market requirements. The M1687 introduces the HyperTransport™ bus, a next generation link bus that can reach up to 6.4GB/sec to K8 CPU side and up to 1.6GB/sec to our south bridge side in bandwidth.
|
Chipset
|
ULi M1689 Super Single-Chip Chipset for AMD Athlon™ 64 and Sempron™ Processors from ULi Electronics Inc.
The M1689 is ULi's new generation super single chipset that offers a high-performance, the highest integration and cost-effective solution for AMD Hammer microprocessor PC systems.
The M1689 integrates AGP8X controller, AC-Link Host Controller, 2-channel dedicated Ultra-66/100/133 IDE Master controller, USB 2.0/1.1 Host controllers with 8 ports in total, IO APIC controller, 1/10/100 Mb/s Fast Ethernet, SATA, and HyperTransport™ Technology Link interface. Additional features include Host Signal Processing (HSP) software modem solution, ACPI support, green function, and Real Time Clock.
|
Chipset
|
ULi M1695 HyperTransport™ PCI Express Tunnel Chip for Athlon™ 64 CPU from ULi Electronics Inc.
ULi M1695 is a new generation HyperTransport™ PCI Express Bridge chip that supports a wide range of AMD Athlon™ 64 processors including Socket 754, Socket 940 and Socket 939 CPUs.
|
Other
|
VIA K8T800 Pro for AMD64 Processor-based Platforms from VIA Technologies, Inc.
Featuring a new asynchronous bus architecture for greater system tuning options, the VIA K8T800 Pro chipset is optimized for the latest AMD Athlon™ 64, Athlon 64 FX and Opteron processors, pushing performance of 64-bit capable Performance Desktop PCs and Workstations to new levels. Utilizing VIA's unique Hyper8 technology, the VIA K8T800 Pro features a high bandwidth HyperTransport processor-to-chipset link, which ensures all AMD64 processor-based systems achieve their full performance potential, and provides headroom to support forthcoming versions of AMD64 processors.
The asynchronous bus architecture of VIA K8T800 Pro enables the AGP and PCI buses to be locked if the system's front side bus or clock multiplier are adjusted for faster system performance, allowing power users to squeeze the very most out of their AMD64 processor based system. age technologies to the mainstream market.
|
Chipset
|
Virtex-II based HT-Lite Reference Design from Xilinx, Inc.
Free reference design enables rapid development of designs using Broadcom HyperTransport-enabled processors
|
EDA Tool
|
Virtex-II Pro SystemIO Physical Interface from Xilinx, Inc.
Enables ultimate connectivity in high-performance designs for emerging serial and established parallel I/O standards
|
PHY
|
Xilinx HyperTransport FPGA core from Xilinx, Inc.
The HyperTransport Single-ended Slave Core (DO-DI-HTSES) Xilinx IP Core solutions include an 800 Mbps single-ended slave core, and Verilog user design.
|
FPGA
|
 |
|
|
|
|
|
