PM8571Switchtec PFX-I Fanout 24xG3 PCIe Switch | Interface | 1 | Active | The Switchtec PM8571 PFX-I PCIe Gen 3 fanout switch is the industry's highest density, lowest power, high reliability
PCIe Base Specification 3.1-compliant switch supporting
24 lanes, 6 virtual switch partitions, 12 Non-Transparent Bridges (NTBs),
hot- and surprise-plug controllers for each port, advanced error containment,
and comprehensive diagnostics and debug capabilities. PFX-I switches operate over an
extended industrial temperature range of –40 °C ambient to 105 °C junction. |
PM8572Switchtec PFX-I Fanout 32xG3 PCIe Switch | Integrated Circuits (ICs) | 1 | Active | The Switchtec PM8572 PFX-I PCIe Gen 3 fanout switch is the industry's highest density, lowest power, high reliability
PCIe Base Specification 3.1-compliant switch supporting
32 lanes, 8 virtual switch partitions, 16 Non-Transparent Bridges (NTBs),
hot- and surprise-plug controllers for each port, advanced error containment,
and comprehensive diagnostics and debug capabilities. PFX-I switches operate over an
extended industrial temperature range of –40 °C ambient to 105 °C junction. |
PM8573Switchtec PFX-I Fanout 48xG3 PCIe Switch | Specialized | 1 | Active | The Switchtec PM8573 PFX-I PCIe Gen 3 fanout switch is the industry's highest density, lowest power, high reliability
PCIe Base Specification 3.1-compliant switch supporting
48 lanes, 12 virtual switch partitions, 24 Non-Transparent Bridges (NTBs),
hot- and surprise-plug controllers for each port, advanced error containment,
and comprehensive diagnostics and debug capabilities. PFX-I switches operate over an
extended industrial temperature range of –40 °C ambient to 105 °C junction. |
PM8574Switchtec PFX-I Fanout 64xG3 PCIe Switch | Interface | 1 | Active | The Switchtec PM8574 PFX-I PCIe Gen 3 fanout switc his the industry's highest density, lowest power, high reliability
PCIe Base Specification 3.1-compliant switch supporting
64 lanes, 16 virtual switch partitions, 32 Non-Transparent Bridges (NTBs),
hot- and surprise-plug controllers for each port, advanced error containment,
and comprehensive diagnostics and debug capabilities. PFX-I switches operate over an
extended industrial temperature range of –40 °C ambient to 105 °C junction. |
PM8575Switchtec PFX-I Fanout 80xG3 PCIe Switch | Specialized | 1 | Active | The Switchtec PM8575 PFX-I PCIe Gen 3 fanout switch is the industry's highest density, lowest power, high reliability
PCIe Base Specification 3.1-compliant switch supporting
80 lanes, 20 virtual switch partitions, 40 Non-Transparent Bridges (NTBs),
hot- and surprise-plug controllers for each port, advanced error containment,
and comprehensive diagnostics and debug capabilities. PFX-I switches operate over an
extended industrial temperature range of –40 °C ambient to 105 °C junction. |
PM8576Switchtec PFX-I Fanout 96xG3 PCIe Switch | Interface | 1 | Active | The Switchtec PM8576 PFX-I PCIe Gen 3 fanout switch is the industry's highest density, lowest power, high reliability
PCIe Base Specification 3.1-compliant switch supporting
96 lanes, 24 virtual switch partitions, 48 Non-Transparent Bridges (NTBs),
hot- and surprise-plug controllers for each port, advanced error containment,
and comprehensive diagnostics and debug capabilities. PFX-I switches operate over an
extended industrial temperature range of –40 °C ambient to 105 °C junction. |
| Integrated Circuits (ICs) | 1 | Active | |
PM8628Flashtec® NVMe® 3016 Gen 4 PCIe® Flash Controller | Controllers | 1 | Active | The Flashtec® NVMe® 3016 16-Channel Gen 4 PCIe Flash NVMe controller enables the world’s leading enterprises and data centers to realize the highest performance SSDs utilizing next-generation NAND technologies. The Flashtec NVMe 3016 supports the standard NVM Express (NVMe) host interface and are optimized for high-performance random read/write operations, performing all Flash management operations on-chip and consuming negligible host processing and memory resources. Flashtec’s advanced ECC engine provides superior endurance and increases the overall reliability of today’s SSD technologies and NAND geometries. Advanced LDPC correction utilizing both hard and soft decode techniques extends memory life, significantly improving Total Cost of Ownership (TCO) and enabling differentiated solutions for both the Enterprise and Data Center Storage market segments.
The flexible and programmable platform gives developers total control for optimization supporting NVMe, open channel and KV store SSDs. End users deploy these PCIe-SSD-based systems in their data centers for Cloud computing and business-critical applications, such as online transaction processing, financial data processing, database mining and other applications that are sensitive to latency and performance. |
| Power Management (PMIC) | 1 | Active | Many of today’s high performance FPGA’s, microprocessors, DSP and industrial/embedded subsystems require sequencing of the input power. Historically this has been accomplished by: i) discretely using comparators, references & RC circuits; ii) using expensive programmable controllers; or iii) with low voltage sequencers requiring resistor drop downs and several high voltage optocoupler or level shift components.
The PS10 saves board space, improves accuracy, eliminates optocouplers or level shifts and reduces overall component count by combining four timers, programmable input UV/OV supervisors, a programmable POR, and four 90V open drain outputs. A high reliability, high voltage, junction isolated process allows the PS10 to be connected directly across the high voltage input rails.
The power-on-reset interval (POR) may be programmed by a capacitor on CRAMP. To sequence additional systems, multiple PS10s may be daisy-chained together. If at any time the input supply falls outside the UV/OV detector range, the PWRGD outputs will immediately become IN-ACTIVE.
The PS10 is available in a space saving 14-Lead SOIC package. |
| Power Management (PMIC) | 1 | Obsolete | |
