Products

[Rackmount 1U Servers][ATCA Blades][PCI Express boards][AMC Modules][Other Form Factor][Intel Processors][Netlogic Packet Processing][Tilera Packet Processing][Fulcrum Switches][Other Functions][Custom Design Requirements Form][custom]

JumpGen Systems is now shipping to Tier 1 and Tier 2 TEMs and NEMs a dozen blade models, mostly designed to industry standard requirements for AdvancedTCA® and AdvancedMC™ as defined in PICMG® 3.0 specifications (see below) and PCI Express, but also some special blades designed to customer requirements. JumpGen Systems is pleased to be supporting the latest processor Technology from Intel, Netlogic, Fulcrum and Tilera. ATCA from JumpGen Systems now includes 40G full mesh blades with low latency switches.



Rackmount 1U Servers

R7R-400 Quad NetLogic XLR 732 Rack Mount 1U Server with Integrated Fulcrum FM4224 10GigE Switching


ATCA Blades

RPA-200 ATCA Dual Netlogic XLP Packet Processor 40G Hub or Full Mesh Node Blade

PRA-200 ATCA dual Intel® Xeon® Quad-Core Processor Blade

R7A-200 ATCA Dual Netlogic XLR Packet Processor Hub or Full Mesh Node Blade

PSA-110 ATCA AMC Carrier 10G Managed Switch Card

PSA-111 ATCA AMC Carrier 10G Unmanaged Switch Card


PCI Express boards

RPE-110 PCI Express Netlogic XLP 4xx Packet Processor Card

R7E-100 PCI Express Netlogic XLR Packet Processor Card

RPE-100 PCI Express Netlogic XLP 3xx Packet Processor Card

RPE-120 PCI Express Netlogic XLP 8xx Packet Processor Card


AMC Modules

PRM-121 AMC Intel® Core™ i7 Processor Card

PRM-120 AMC Intel® Core i7 Processor Card

PRM-100 AMC Intel® Core™2 Duo Processor Card

PRM-110 AMC Intel® Integrated Processor Card

RPM-100 AMC Netlogic XLP 3xx Packet Processor Card

R4M-100 Netlogic XLS Quad Core Packet PrAMC Card

TPM-100 AMC Tilera 64-core TILEPro64 Processor Card

T6M-100 AMC Tilera 64-core TILE64 Processor Card

SEM-200 AMC SATA Storage and Dual Ethernet Card

CAM-600 1U microTCA complete system for AMC cards


Other Form Factor

PRX-100 PMC/XMC Intel® System on Chip (SoC) Processor Card

PRC-100 cPCI Intel® Core® i7 Processor Card


Intel Processors

PRA-200 ATCA dual Intel® Xeon® Quad-Core Processor Blade

PRM-121 AMC Intel® Core™ i7 Processor Card

PRM-120 AMC Intel® Core i7 Processor Card

PRM-100 AMC Intel® Core™2 Duo Processor Card

PRM-110 AMC Intel® Integrated Processor Card

PRX-100 PMC/XMC Intel® System on Chip (SoC) Processor Card

PRC-100 cPCI Intel® Core® i7 Processor Card


Netlogic Packet Processing

RPE-110 PCI Express Netlogic XLP 4xx Packet Processor Card

R7R-400 Quad NetLogic XLR 732 Rack Mount 1U Server with Integrated Fulcrum FM4224 10GigE Switching

RPA-200 ATCA Dual Netlogic XLP Packet Processor 40G Hub or Full Mesh Node Blade

R7A-200 ATCA Dual Netlogic XLR Packet Processor Hub or Full Mesh Node Blade

RPE-100 PCI Express Netlogic XLP 3xx Packet Processor Card

RPE-120 PCI Express Netlogic XLP 8xx Packet Processor Card

R7E-100 PCI Express Netlogic XLR Packet Processor Card

RPM-100 AMC Netlogic XLP 3xx Packet Processor Card

R4M-100 Netlogic XLS Quad Core Packet PrAMC Card


Tilera Packet Processing

TPM-100 AMC Tilera 64-core TILEPro64 Processor Card

T6M-100 AMC Tilera 64-core TILE64 Processor Card


Fulcrum Switches

PSA-110 ATCA AMC Carrier 10G Managed Switch Card

PSA-111 ATCA AMC Carrier 10G Unmanaged Switch Card


Other Functions

SEM-200 AMC SATA Storage and Dual Ethernet Card

CAM-600 1U microTCA complete system for AMC cards


Custom Design Requirements Form



Custom Blades

JumpGen can offer rapid turnaround on customizations (optimizations or add/remove features) of these blades without requiring a large upfront commitment. We can also design a fully custom board in record time, by reusing the experience and the proven design of our standard products. Our customers get high performance, the latest technologies and fast time-to-market. As a partner, we offer flexibility, agility, an engineering team with a proven track record of success and experience in manufacturing high performance blades for the embedded market.

You may use our Custom Design Requirements Form.