IDT for FPGAs CLOCKS AND TIMING INTERFACE AND CONNECTIVITY MEMORY AND LOGIC POWER MANAGEMENT RF PRODUCTS

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IDT for FPGAs CLOCKS AND TIMING INTERFACE AND CONNECTIVITY MEMORY AND LOGIC POWER MANAGEMENT RF PRODUCTS IDT develops a broad range of low-power, high-performance mixed-signal semiconductor solutions

1 IDT for FPGAs CLOCKS AND TIMING INTERFACE AND CONNECTIVITY MEMORY AND LOGIC POWER MANAGEMENT RF PRODUCTS IDT develops a broad range of low-power, high-performance mixed-signal semiconductor solutions that optimize our customers applications in key markets. In addition to its market-leading timing products, IDT offers semiconductors targeting communications infrastructure, industrial markets, computing and power management. These products are used for next-generation development in areas such as 4G infrastructure, network communications, industrial automation, test and measurement, cloud datacenters and power management for computing and mobile devices. IDT INTEGRATED DEVICE TECHNOLOGY IDT PRODUCTS FOR FPGA 1

IDT for FPGAs CLOCKS AND TIMING INTERFACE AND CONNECTIVITY MEMORY AND LOGIC POWER MANAGEMENT RF PRODUCTS Timing Products for FPGA PROGRAMMABLE CLOCKS

single timing device. This makes them well-suited for consumer, data communications, telecommunications and computing applications.

reliability High integration with multi-channel options Minimize need for SW interaction Ease of Use / Ease of Design TYPICAL APPLICATIONS: 1G - 100G

com/go/uft VERSACLOCK 5 PRODUCT FAMILY Low cost, low power and high performance programmable synthesizer Replaces 3 or more oscillators in a single package Can

Reference crystal input with programmable load cap 1.8, 2.5 or 3.

Configurations Simple IDT Timing Commander is an easy-to-use Windows-based software platform enabling system design engineers to configure, program and monitor

2 IDT for FPGAs CLOCKS AND TIMING INTERFACE AND CONNECTIVITY MEMORY AND LOGIC POWER MANAGEMENT RF PRODUCTS Timing Products for FPGA PROGRAMMABLE CLOCKS Programmable clock generators allow designers to save board space and cost by replacing crystals, oscillators, programmable oscillators, and buffers with a single timing device. This makes them well-suited for consumer, data communications, telecommunications and computing applications. UNIVERSAL FREQUENCY TRANSLATOR FAMILY Synthesizer or jitter attenuator modes Frequency versatility Excellent phase noise performance Redundancy for high reliability High integration with multi-channel options Minimize need for SW interaction Ease of Use / Ease of Design TYPICAL APPLICATIONS: 1G - 100G applications Optical Transport Network (OTN) RF Baseband Unit idt.com/go/uft VERSACLOCK 5 PRODUCT FAMILY Low cost, low power and high performance programmable synthesizer Replaces 3 or more oscillators in a single package Can generate any frequency with short lead time High performance, low phase noise PLL User-friendly programming software Input frequency range: 1 MHz to 350 MHz Reference crystal input with programmable load cap 1.8, 2.5 or 3.3 V core VDD TYPICAL APPLICATIONS: 1G 100G applications Optical Transport Network (OTN) RF Baseband Unit idt.com/go/versaclock5 2 IDT PRODUCTS FOR FPGA VersaClock 5 DEVELOPMENT TOOLS TIMING COMMANDER Making Complex Configurations Simple IDT Timing Commander is an easy-to-use Windows-based software platform enabling system design engineers to configure, program and monitor sophisticated timing devices with an intuitive and flexible GUI. EVALUATION KITS IDT offers evaluation boards for many of our advanced timing solutions. These evaluation boards help you evaluate the features and performance of selected products and system solutions that demonstrate optimized and tested solutions for your application design. INTEGRATED DEVICE TECHNOLOGY IDT

IDT for FPGAs CLOCKS AND TIMING INTERFACE AND CONNECTIVITY MEMORY AND LOGIC POWER MANAGEMENT RF PRODUCTS Timing Products for FPGA CRYSTAL OSCILLATORS IDT offers quartz-crystal oscillators to meet the

The XL and XU families of crystal oscillator products are high performance, low jitter clock sources, featuring typical RMS phase jitter down to 300 fs and are offered in various frequencies, levels

2 x 2.5 mm Voltage Options 1.8 V, 2.5 V, 3.3 V 2.5 V, 3.3 V Phase Jitter (12 khz to 20 MHz) < 400 fs < 1 ps Outputs LVDS, LVPECL, HCSL, HCMOS LVDS, LVPECL, HCMOS Frequency Range 0.016 to 1500 MHz 0.

For IEEE 1588 applications the embedded DCOs (digitally controlled oscillators) can be used as low-jitter synthesizers for IEEE 1588 clock recovery algorithms.

3 IDT for FPGAs CLOCKS AND TIMING INTERFACE AND CONNECTIVITY MEMORY AND LOGIC POWER MANAGEMENT RF PRODUCTS Timing Products for FPGA CRYSTAL OSCILLATORS IDT offers quartz-crystal oscillators to meet the needs of virtually any application. The XL and XU families of crystal oscillator products are high performance, low jitter clock sources, featuring typical RMS phase jitter down to 300 fs and are offered in various frequencies, levels of performance, output types, stabilities, input voltages, packages, pin configurations, and temperature grades. Specifications XU Series XL Series Package Options 7.0 x 5.0 mm, 5.0 x 3.2 mm 7.0 x 5.0 mm, 5.0 x 3.2 mm, 3.2 x 2.5 mm Voltage Options 1.8 V, 2.5 V, 3.3 V 2.5 V, 3.3 V Phase Jitter (12 khz to 20 MHz) < 400 fs < 1 ps Outputs LVDS, LVPECL, HCSL, HCMOS LVDS, LVPECL, HCMOS Frequency Range to 1500 MHz 0.75 to 1350 MHz Sample Delivery 2 Weeks 2 Weeks NETWORK SYNCHRONIZATION IDT s DPLLs (digital PLLs) for IEEE 1588 and synchronous Ethernet are designed for synchronization over packet switched networks. For IEEE 1588 applications the embedded DCOs (digitally controlled oscillators) can be used as low-jitter synthesizers for IEEE 1588 clock recovery algorithms. IDT s DPLLs can be switched between IEEE 1588 DCO and synchronous Ethernet modes; and they provide capabilities such as selectable loop filters, holdover, hitless reference switching, phase slope limiting and clock redundancy. HARDWARE FEATURES INCLUDE SMU allows any IEEE 1588 software, running on an external processor, to control the generation of electical clocks, and to access and control physical layer synchronization Supports Telecom Boundary Clock (T-BC) and Telecom Time Slave Clock (T-TSC) applications per G with physical layer frequency support to the DCOs Physical layer clocks comply with ITU-T G.8262 for Synchronous Ethernet Equipment Clock (EEC), and G.813 for Synchronous Equipment Clock (SEC), and Telcordia GR-253-CORE for Stratum 3 and SONET Minimum Clock (SMC) System-wide precise 1PPS (Pulse Per Second) time of day alignment is supported with programmable input-to-input, input-to-output and output-to-output phase delays IDT INTEGRATED DEVICE TECHNOLOGY IDT PRODUCTS FOR FPGA 3

IDT for FPGAs CLOCKS AND TIMING INTERFACE AND CONNECTIVITY MEMORY AND LOGIC POWER MANAGEMENT RF PRODUCTS Interconnect Products for FPGA Tomorrow s Server Compute Model: Resource Disaggregation

4 IDT for FPGAs CLOCKS AND TIMING INTERFACE AND CONNECTIVITY MEMORY AND LOGIC POWER MANAGEMENT RF PRODUCTS Interconnect Products for FPGA Tomorrow s Server Compute Model: Resource Disaggregation Rack-scale Architecture: Dynamically Configurable and Software Defined IDT Competencies and Leadership PROCESSOR INTERCONNECT RapidIO PCIe STORAGE INTERCONNECT RapidIO DDRx MEMORY INTERCONNECT DDRx FBD I/O INTERCONNECT PCIe RapidIO RAPIDIO OVERVIEW RapidIO solutions from IDT include bridging and switching products that are ideal for building peer-to-peer multi-processor systems with 100ns latency, low power consumption, reliable packet termination all with industry-standard based support at up to 40 Gbps per port. IDT s Serial RapidIO solutions are ideal for wireless base station infrastructure, high performance computing, data centers, server, video, imaging, military and industrial control applications. WIRELESS INFRASTRUCTURE 3GPP standards demand lowest possible latency Macro & Super BTS increase coverage & throughput Continued RapidIO growth (Gen2 & Next Gen) Mobile Edge Compute emerges APPLICATIONS Base stations (Super, Macro) Base station controllers (BSC) Servers: Mobile Edge High-Performance Computer Top-of-Rack switches Storage DATACENTER AND HPC Low-Latency becomes priority Low power & TCO also HPC going mainstream with Data Analytics Datacenters add Cloud HPC RapidIO interest building in converging compute architectures APPLICATIONS Servers HPC: MIL & Communications Top-of-Rack & SDN switches Scalable Storage INDUSTRIAL AND CONTROL Test and Measurement follow next gen market Imaging and Video bandwidth and analytics growth Military opportunists for next gen performance APPLICATIONS Industrial switches Monitoring equipment Test and Measurement Imaging & Video MIL, Comm Control Networks Medical equipment (CPUCores & I/O) 4 IDT PRODUCTS FOR FPGA INTEGRATED DEVICE TECHNOLOGY IDT

IDT for FPGAs CLOCKS AND TIMING INTERFACE AND CONNECTIVITY MEMORY AND LOGIC POWER MANAGEMENT RF PRODUCTS Interconnect Products for FPGA PCI EXPRESS PRODUCTS IDT offers the industry s most

IDT leads the industry in introducing advanced switch features such as multicast, multi-root partitioning, and multiple non-transparent bridges.

switching Product and technology leaders in PCIe bridging Product and technology leaders in PCIe clocking solutions SIGNAL INTEGRITY PRODUCTS With the increase of signal speeds in the computing,

The signal integrity product portfolio from IDT provides signal conditioning devices for popular multi-gigabit per second IO protocols delivering signal quality over extended distances and offering

5 IDT for FPGAs CLOCKS AND TIMING INTERFACE AND CONNECTIVITY MEMORY AND LOGIC POWER MANAGEMENT RF PRODUCTS Interconnect Products for FPGA PCI EXPRESS PRODUCTS IDT offers the industry s most comprehensive family of PCIe switching solutions optimized for the most demanding applications - including server, embedded, networking, storage, and communications. IDT leads the industry in introducing advanced switch features such as multicast, multi-root partitioning, and multiple non-transparent bridges. Only suppler of a standards-compatible PCIe Gen3 Retimer Signal integrity product portfolio for PCIe applications that enhance performance and reliability Product and technology leaders in PCIe switching Product and technology leaders in PCIe bridging Product and technology leaders in PCIe clocking solutions SIGNAL INTEGRITY PRODUCTS With the increase of signal speeds in the computing, storage and communications applications, system designers face greater signal integrity challenges. The signal integrity product portfolio from IDT provides signal conditioning devices for popular multi-gigabit per second IO protocols delivering signal quality over extended distances and offering simplified design by alleviating layout constraints. BENEFITS Extend maximum cable length to over 10 meters and trace length over 65 inches in cabled applications Speeds up system design time by allowing usage of longer trace and cable lengths Minimizes bit error rate (BER) Part Number Description 8.0 Gbps PCIe Gen3 Retimers T0832P 16-lane 345-BGA, I 2 C Retimer T0816P 8-lane 196-BGA, I 2 C 8G PCIe Gen3 Retimer T0808P 4-lane, 100-BGA, I 2 C 8G PCIe Gen3 Retimer 6.0 G SAS/SATA Repeaters P0604SB 4-Channel, 36-QFN, pin SAS/SATA Repeater 4-Channel, 36-QFN, I 2 C SAS/SATA Repeater P0604S 4-Channel, 100-BGA, I 2 C/pin SAS/SATA Repeater P0608S 8-Channel, 100-BGA, I 2 C 6G, SAS/SATA Repeater 5.0 Gbps PCIe Gen2.1 Repeaters P0504PB 4-Channel, 36-QFN, pin PCIe Repeater 4-Channel, 36-QFN, I 2 C PCIe Repeater P0504P 4-Channel, 100-BGA, I 2 C/pin PCIe Repeater P0508P 8-Channel, 100-BGA, I 2 C 5Gbps, PCIe Gen2 Repeater Part Number Description 5.0 Gbps USB 3 Repeaters P0504UB 4-Channel, 36-QFN, pin USB3 Repeater P0504U 4-Channel, 36-BGA, I 2 C 5 Gbps USB3 Repeater 6.25 Gbps Generic Repeaters P0602Q 2-Channel, 20-QFN, pin Repeater P0604QB 4-Channel, 36-QFN, pin Repeater P0604Q 4-Channel, 36-QFN, I 2 C 6Gbps Repeater 6.25 Gbps XAUI Repeaters P0604X 4-Channel, 100-BGA, I 2 C/pin XAUI Repeater P0608X 8-Channel, 100-BGA, I 2 C 6 Gbps, XAUI Repeater 6.25Gbps S-RIO Repeaters P0604R 4-Channel, 100-BGA, I 2 C/pin S-RIO Repeater P0608R 8-Channel, 100-BGA, I 2 C, 6 Gbps S-RIO Repeater IDT INTEGRATED DEVICE TECHNOLOGY IDT PRODUCTS FOR FPGA 5

IDT for FPGAs CLOCKS AND TIMING INTERFACE AND CONNECTIVITY MEMORY AND LOGIC POWER MANAGEMENT RF PRODUCTS Other Products REAL-TIME CLOCKS IDT s real-time clock ICs count seconds,

The devices feature normal and fast-mode I 2 C interfaces, two time-of-day alarms, an oscillator stop flag, programmable square-wave outputs that default to 32 khz on power-up,

IDT real time clocks (RTC) are ultra low power clock/date devices: with programmable time-of-day alarms with programmable square-wave outputs.

TEMPERATURE SENSORS IDT provides digital temperature sensor products designed to target applications demanding the highest level of temperature readout.

6 IDT for FPGAs CLOCKS AND TIMING INTERFACE AND CONNECTIVITY MEMORY AND LOGIC POWER MANAGEMENT RF PRODUCTS Other Products REAL-TIME CLOCKS IDT s real-time clock ICs count seconds, minutes, hours, day, date, month, and year with leap-year compensation valid up to The devices feature normal and fast-mode I 2 C interfaces, two time-of-day alarms, an oscillator stop flag, programmable square-wave outputs that default to 32 khz on power-up, and operating voltages ranging from 1.8 to 5.5 V. IDT real time clocks (RTC) are ultra low power clock/date devices: with programmable time-of-day alarms with programmable square-wave outputs. FEATURES High noise immunity Low current consumption, 12/24 hour mode of operation Auto correction for leap year Address a wide range of design applications. TEMPERATURE SENSORS IDT provides digital temperature sensor products designed to target applications demanding the highest level of temperature readout. The family of low-power, precision temperature sensors target DDR2 / DDR3 / DDR4 memory modules, Solid State Drives (SSD), and computing motherboards. These devices complement IDT s PCI Express, signal integrity, power management, and timing products to offer a rich set of application optimized solutions. BENEFITS Used in UDIMM, RDIMM, LRDIMM Temperature accuracy up to ±0.5 C 512 byte EEPROM for vendor info 1 MHz I 2 C bus 6 IDT PRODUCTS FOR FPGA INTEGRATED DEVICE TECHNOLOGY IDT

IDT for FPGAs CLOCKS AND TIMING INTERFACE AND CONNECTIVITY MEMORY AND LOGIC POWER MANAGEMENT RF PRODUCTS IDT is in a unique position to address the needs of virtually any application.

7 IDT for FPGAs CLOCKS AND TIMING INTERFACE AND CONNECTIVITY MEMORY AND LOGIC POWER MANAGEMENT RF PRODUCTS IDT is in a unique position to address the needs of virtually any application. IDT s industry-leading portfolio of timing devices consists of clock generators, buffers, dividers, multiplexers, crystal oscillators, and jitter attenuators with frequency translation many with programmable capabilities for maximum flexibility. Application-specific clock ICs address needs for RF timing and network synchronization, including JESD204B, synchronous ethernet, IEEE 1588, PDH, and SONET / SDH. Frequency Control Clock Generators Buffers Performance Applications CMOS Oscillators CMOS Clock Generators CMOS Buffers High volume, >3ps Consumer, Embedded Computing Differential XO, VCXO Differential Clocks, PCIe Clocks Differential Buffers, PCIe Buffers Mid-level: 3ps - 1 ps Datacenter, Server, Storage Low Jitter XO, VCXO Jitter Attenuator Clocks Differential Buffers High Performance: 1 ps fs Enterprise Switch / Router, Communications Ultra-high Performance: < 100 fs RF and Military IDT INTEGRATED DEVICE TECHNOLOGY IDT PRODUCTS FOR FPGA 7

IDT Products for FPGA CLOCKS AND TIMING INTERFACE AND CONNECTIVITY MEMORY AND LOGIC POWER MANAGEMENT RF PRODUCTS Global Strength, Local Focus IDT is headquartered in Silicon Valley - the heart and

Company Facts Founded 1980 Headquarters: Core Expertise: San Jose, California 408-284-8200 Timing, high-speed mixed-signal design, serial interconnects, memory interfaces, power management, and radio

8 IDT Products for FPGA CLOCKS AND TIMING INTERFACE AND CONNECTIVITY MEMORY AND LOGIC POWER MANAGEMENT RF PRODUCTS Global Strength, Local Focus IDT is headquartered in Silicon Valley - the heart and soul of technical innovation. Our global locations place design and sales support wherever our customers happen to be, whether in the Americas, Europe or Asia. Company Facts Founded 1980 Headquarters: Core Expertise: San Jose, California Timing, high-speed mixed-signal design, serial interconnects, memory interfaces, power management, and radio frequency (RF) Sales Channels: Worldwide network of direct, manufacturing representatives, and distribution sales IDT develops a broad range of low-power, high-performance mixed-signal semiconductor solutions that optimize our customers applications in key markets. In addition to its market-leading timing products, IDT offers semiconductors targeting communications infrastructure, industrial markets, computing and power management. These products are used for next-generation development in areas such as 4G infrastructure, network communications, industrial automation, test and measurement, cloud datacenters and power management for computing and mobile devices. Integrated Device Technology, IDT and the IDT logo are registered trademarks of IDT. Other trademarks and service marks used herein, including protected names, logos and designs, are the property of IDT or their respective third party owners. Copyright All rights reserved. AB_IDTFORFPGA_REVA_ IDT PRODUCTS FOR FPGA INTEGRATED DEVICE TECHNOLOGY IDT

Timing Solutions Overview

Timing Solutions Overview DESIG RESOURCES APPLICATIO-SPECIFIC AD REAL-TIE CLOCKS OVERVIEW Application-Specific Clocks Real-Time Clocks Timing Commander Software eeting Industry Standards IDT s real-time clock ICs are ultra-low-power