Short Form March 2012 - GigOptix.com

1 

GigOptix, Inc. Short Form Catalog 2012 

Optical RF Systems/MMICs ASIC 

GigOptix, Inc. 

130 Baytech Drive, San Jose, CA 95134 

www.GigOptix.com

2 

©Copyright 2012 GigOptix, Inc. 

All rights reserved. Reproduction, adaptation, or translation without prior permission from GigOptix, Inc. 

is prohibited, except as allowed under U. S. copyright laws. 

March 2012 

The information contained in this document is subject to change without notice. 

GigOptix, Inc. makes no warranty of any kind with regard to this material, including but not limited to 

the implied warranties of merchantability and fitness for a particular purpose. 

GigOptix, Inc. will not be liable for errors contained herein or for incidental or consequential damages 

in connection with the furnishing, performance, or use of this material. 

For GigOptix’s sales terms and conditions, see our Website, www.gigoptix.com. 




Table of Contents 

About GigOptix, Inc. ................................................................................................................................................................................... 4 

GigOptix’s Optical Product Line ................................................................................................................................................................. 5 

GigOptix’s Bundled Solutions ..................................................................................................................................................................... 5 

Optical Networking .................................................................................................................................................................................... 9 

Encoder & Modulator Drivers ................................................................................................................................................................ 9 

Serial Linear & Limiting TIAs .................................................................................................................................................................. 9 

TFPS Mach‐Zehnder Modulators ......................................................................................................................................................... 10 

Optical Interconnect ................................................................................................................................................................................ 10 

VCSEL Drivers & Receiver Arrays ......................................................................................................................................................... 10 

Single Channel ................................................................................................................................................................................. 10 

4 Channel ........................................................................................................................................................................................ 10 

12 Channel ...................................................................................................................................................................................... 11 

ASIC Solutions .......................................................................................................................................................................................... 11 

Obsolescence Support ......................................................................................................................................................................... 12 

ASIC Families ........................................................................................................................................................................................ 12 

IP Portfolio Summary ........................................................................................................................................................................... 13 

ASIC Design Flow ................................................................................................................................................................................. 13 

RF Systems/MMICs .................................................................................................................................................................................. 14 

Power Amplifiers ................................................................................................................................................................................. 14 

Fixed Attenuators ................................................................................................................................................................................ 14 

Filters ................................................................................................................................................................................................... 15 

Limiting & Differential Amplifiers ........................................................................................................................................................ 15 

Delay Element ...................................................................................................................................................................................... 15 

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4 

ABOUT GIGOPTIX, INC. 

GigOptix is a leading supplier of semiconductor and optical components that enable high‐speed information streaming and address 

emerging high‐growth opportunities in the communications, industrial, defense and avionic industries. Our products address the 

continuous expansion of bandwidth needed to support the ever increasing volume of data being generated in long and short reach 

optical and wireless networks, datacenters, consumer electronics, military and avionic communications. Since inception in July 

2007, our acquisitions of iTerra, Helix, Lumera, ChipX and Endwave have broadened our capabilities to include Optical, ASIC & RF 

product lines. We offer a broad portfolio of high performance MMIC solutions that enable next generation wireless microwave 

systems up to 90GHz, drivers, TIAs and TFPS optical modulators for 40G, 100G and beyond fiber‐optic telecommunications and datacommunications 

networks. We also offer a wide range of digital and mixed‐signal ASIC solutions and we enable product lifetime 

extensions for obsolete ASICs & FPGAs through our Sunset Rescue Program. 

Our Business 

We are focused on the high‐speed 10‐100Gb/s optical networking space, 5‐90GHz high‐frequency wireless mobile backhaul space, 

and custom ASIC solutions. Optical networks use light waves and fiber optics to transmit digital information and have replaced 

copper cables to become the backbone technology for the high‐speed internet. GigOptix’s optical technology enables the bandwidth 

required to stream the ever growing internet traffic volume required for optimal network performance. Our optical products are 

found in many different mission critical network applications and in all junctions on the network where the fiber meets the server. 

Our products are used in ultra long haul 10,000 km undersea cable and long haul 1,000 km fiber‐optics, to short range 100 m fiber in 

data centers, and 100 cm for consumer electronics device connectivity. Wireless mobile backhaul solutions are emerging as a 

versatile and integral component for sending point to point data over long distances. The wireless backhaul solutions in commercial 

or enterprise networks have become very attractive because of their high data rates, ease of installation and scalability. Our ASIC 

solutions are focused towards Industrial, Medical, Mil/Aero and Communication applications with our unique Structured ASIC, 

Hybrid ASIC and Standard Cell technology. 

Our History 




5 

GIGOPTIX’S OPTICAL PRODUCT LINE 

GIGOPTIX’S BUNDLED SOLUTIONS 

GigOptix is proud to introduce the GigOptix Bundled Solution that provides customers with a complete suite of high performance 

products including a driver, TIA and Mach‐Zehnder Modulator (MZM), for various optical communication applications. The GigOptix 

Bundled Solution enables customers to accelerate their development time, while reducing both R&D risk and expenditure by 

providing a working solution that has been optimized to operate together in a cost effective manner. The GigOptix Bundled Solution 

portfolio is currently being rolled out for 40G and 100G optical communication systems. 

DWDM Bundled Solutions 

40G DPSK BUNDLE 

GigOptix Solution GLX4100 

Part Quantity Description Status 

LX8401 1 40G DPSK TFPS Mach‐Zehnder Modulator, GPPO Package Production 

LX8401‐D 1 40G DPSK TFPS Mach‐Zehnder Modulator, Die Production 

GX3440 1 45G Limiting Differential Amplifier, Die Production 




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40G DQPSK BUNDLE 



GX6255 2 32G Mach‐Zehnder Modulator I/Q Driver, SMD Package Production 

LX8220 1 40G DQPSK TFPS Mach‐Zehnder Modulator, GPPO Package Production 

LX8220‐D 1 40G DQPSK TFPS Mach‐Zehnder Modulator, Die Production 

GX3220A 2 32G Linear TIA with AGC, Die Production 

GX3222B 1 2x32G Linear TIA with AGC, Die Development 

40G RZ‐DQPSK BUNDLE 



GX62255 1 Dual Channel 32G Mach‐Zehnder Modulator Driver, SMD Package Sampling 

GX6255 1 32G Mach‐Zehnder Modulator Clock Driver, SMD Package Production 

LX8230 1 40G RZ‐DQPSK TFPS Mach‐Zehnder Modulator, GPPO Package Development 

LX8230‐D 1 40G RZ‐DQPSK TFPS Mach‐Zehnder Modulator, Die Development 

GX3220A 2 32G Linear TIA with AGC, Die Production 

GX3222B 1 Dual Channel 32G Linear TIA with AGC, Die Development 




7 

100G DP‐QPSK BUNDLE 

SOLUTION Set A 



GX62455 1 4x32G Mach‐Zehnder Modulator Driver, GPPO Package Sampling 

LX8240 1 100G DP‐QPSK TFPS Mach‐Zehnder Modulator, GPPO Package Sampling 

LX8240‐D 1 100G DP‐QPSK TFPS Mach‐Zehnder Modulator, Die Sampling 


100G DP‐QPSK BUNDLE 

Solution Set B 



GX62255 2 Dual Channel 32G Mach‐Zehnder Modulator Driver, SMD Package Sampling 







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100G ADVANCED MULTILEVEL MODULATIONS 

Solution Set A 



GX62472 1 100G MZ Modulator Linear Driver, SMD/GPPO Package Development 




100G ADVANCED MULTILEVEL MODULATIONS 

Solution Set B 



GX62272 1 Dual Channel 100G MZ Modulator Linear Driver Development 







OPTICAL NETWORKING 

ENCODER & MODULATOR DRIVERS 

GigOptix’s advanced integrated circuits use proprietary design topologies to provide the optical communication system with high 

precision signal integrity, low power consumption, and small form factor solutions. GigOptix drivers consistently deliver best in class 

performance output & stability performance while also minimizing mission critical parameters like power consumption. 

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Part Description Package Application Status 

iT6134B 11.1Gb/s NRZ‐RZ Encoder Driver SMT 10G RZ LH Production 

iT6135C 11.1Gb/s NRZ‐RZ converter and EO Driver 48‐pin SMT 10G RZ LH Production 

GX6120N 11.3Gb/s EAM Driver QFN 40/80km EML Production 

GX6155 12.5Gb/s NRZ Modulator Driver SMD 10G RZ/NRZ LH & 40G DP‐QPSK Production 

GX62255 2x32Gb/s MZ Modulator Driver SMD 40G RZ‐DQPSK & 100G DP‐QPSK Sampling 

GX62272 2x32Gb/s MZ Modulator Linear Driver TBD 100G DP‐QPSK Development 

GX62455 4x32Gb/s MZ Modulator Driver GPPO 100G DP‐QPSK Sampling 

GX62472 4x32Gb/s MZ Modulator Linear Driver SMD/GPPO 100G DP‐QPSK Development 

GX6255‐C 32Gb/s 8Vpp MZ Modulator Driver SMD 40G RZ‐DQPSK & 100G DP‐QPSK Production 

GX6255‐G 32Gb/s 8Vpp MZ Modulator Driver 

SMD – TriQuint 

Compatible 

40G RZ‐DQPSK & 100G DP‐QPSK Production 

GX6255‐H GX6255‐C with integrated HF choke SMD 40G RZ‐DQPSK & 100G DP‐QPSK Production 

GX6262 22.5Gb/s MZ Modulator Driver BGA 40G RZ‐DQPSK Sampling 

SERIAL LINEAR & LIMITING TIAS 

GigOptix has a portfolio of receiver amplifiers for 10/25/40/100G speeds for short reach to ultra‐long haul applications. GigOptix 

delivers best in class devices in applications where signal integrity and power consumption are of the utmost importance. Whether 

your ROSA requires high input sensitivity, high transimpedance gain, low noise/jitter, low power consumption, or high voltage 

output (or a combination of all these features) GigOptix can provide the optimal solution. 

Part Description Application Status 

GX3110A 10Gb/s Linear TIA/AGC 1‐10G ROSA Production 

GX3122B 12.5Gb/s Dual Channel Linear TIA/AGC 40G DP‐QPSK Development 

GX3220A 28Gb/s Linear TIA/AGC 40G RZ‐DQPSK Production 

GX3222B Dual Channel 32Gb/s Linear TIA with AGC, Die 100G DP‐QPSK Development 

GX3240 22.3Gb/s Limiting Amplifier 40G RZ‐DQPSK Production 

GX3440 45Gb/s Limiting Amplifier 40G DPSK Production 




TFPS MACH‐ZEHNDER MODULATORS 

GigOptix’s Thin Film Polymer on Silicon (TFPS TM ) modulator line offers compelling advantages in terms of increased bandwidth, 

smaller footprint and lower power consumption for 40G and 100G communication applications. GigOptix’s TFPS materials are 

synthesized at the molecular level enabling the modulators to combine the fastest switching speeds with the lowest drive voltages 

and smallest sizes in the industry. 


LX8401 40Gb/s Single Ended DPSK MZ Modulator 40G DPSK Production 

LX8402 40Gb/s Dual Drive DPSK MZ Modulator 40G DPSK Production 

LX8220 40Gb/s Single Ended DQPSK Modulator 40G DQPSK Production 

LX8230 40Gb/s Single Ended RZ‐DQPSK MZ Modulator 40G RZ‐DQPSK Development 

LX8240 100Gb/s Single Ended DP‐QPSK MZ Modulator 100G DP‐QPSK Sampling 

LX8901 100Gb/s Single Ended DPSK MZ Modulator 100G DPSK Sampling 

10 

OPTICAL INTERCONNECT 

GigOptix’s portfolio of Optical Interconnect VCSEL driver and TIA array solutions address the challenging demands of high data rates 

and lower power within the data centers and consumer space. GigOptix’s solutions enable chip to chip, board to board, and system 

to system optical interconnects that alleviate the constraints of copper cabling. GigOptix’s technology enables standards such as 

HDMI, DisplayPort and USB to realize higher data rates with significantly less EMI and power consumption. 

VCSEL DRIVERS & RECEIVER ARRAYS 

GigOptix’s low power VCSEL driver and Receiver portfolio of 4 –channel and 12‐channel devices provide customers with high 

performance, high data rates, low power and a low emissions solution for the data center and consumer space. GigOptix’s VCSEL 

drivers and TIA arrays enable chip to chip, board to board, and system to system optical interconnects, removing the constraints of 

copper cabling and enabling the realization of higher data rates with significantly less EMI and power consumption. 

Single Channel 

Product Description Application Status 

HXT4101A 14Gb/s VCSEL Driver with I2C control 

HXR4101A 14Gb/s Multirate Limiting TIA with I2C control 

2‐14G FC & 10G Ethernet Production 

4 Channel 


HXT3404A 4‐Channel 5Gb/s VCSEL Driver 

HXR3404A 4‐Channel 5Gb/s Receiver Array 

20G DDR Infiniband/HDMI Production 


HXR4104B 4‐Channel 10Gb/s Receiver Array 

40G QDR Infiniband/Ethernet Production 



40G QDR Infiniband/Ethernet Production 



40G FDR Infiniband/Ethernet Production 

HXT5104B 4‐Channel 14Gb/s VCSEL Driver 


40G FDR Infiniband/Ethernet Production 




11 

12 Channel 


HXT3412C 12‐Channel 5Gb/s VCSEL Driver 

HXR3412C 12‐Channel 5Gb/s Receiver Array 

60G Infiniband/SNAP12 

Production 



120G QDR Infiniband & 100G Ethernet Production 



120G QDR Infiniband & 100G Ethernet Production 



168G FDR Infiniband & 100G Ethernet Production 

HXT5112B 12‐Channel 14Gb/s VCSEL Driver 


168G FDR Infiniband & 100G Ethernet Production 

ASIC SOLUTIONS 

GigOptix is a leading analog & mixed‐signal ASIC company with unique 

technology that allows our customer to reduce the cost, development 

cycle & risk associated with complex SoC/ASIC designs. GigOptix 

brings more than 22 years of experience to the ASIC market through 

the combined merger of the OKI North America ASIC business and the 

acquisition of ChipX. 

GigOptix offers value‐added ASIC services that include taking designs 

from RTL or Gate Level Netlist to volume production. By integrating 

certified Analog & Mixed‐Signal IP and using world‐renowned third 

party foundries, GigOptix can develop an ASIC that will meet your requirements. 

THE GIGOPTIX ADVANTAGE 

● ASIC design experience since 1989 with 98% first‐pass silicon success 

o Executed on complex designs with 10M gates & clock rates >550MHz 

● Wide range of ASIC solutions encompassing Structured ASIC, unique Hybrid ASIC, Standard Cell & custom Analog ASICs 

● Certified with PCI Express & USB 2.0 platforms & IP 

● Commercial, Industrial & Military libraries for several families 

● Dedicated design support with assigned project manager and periodic status updates 

o FAE help with design assessment, RTL review, & recommendations on the best ASIC solution 

● High‐speed DAC & ADC, video DAC, wireless AFE & mixed‐signal turn‐key design capability 

● Pre‐validated IP portfolio with 8‐bit & 32‐bit CPUs, including ARM TM , PCI Express, USB 2.0, DDR/DDR2, PLLs 

and many other IP cores 

● Use of industry standard EDA tools 

● Fast turnaround time & low NRE ASIC solutions 

● Expertise with FPGA conversions 

● XPath methodology for seamlessly migrating Structured ASICs to Standard Cell 

● ISO 9001 registered, ITAR compliant, audited DO‐254 process, wide range of RoHS & Green compliant packages 




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OBSOLESCENCE SUPPORT 

GigOptix Sunset Rescue Program ensures continuous supply of components to customers facing end‐of‐life situations for ASICs 

and FPGAs: 

◦ ASIC & FPGA to Structured ASIC or Standard Cell conversion 

◦ One‐to‐one drop‐in replacement – no need for costly, time‐consuming board modifications 

◦ ITAR, DO‐254 & full military temperature test process capability 

◦ Experienced technical resources to help with the conversion process 

◦ Minimal/No customer engineering until prototypes are delivered 

GigOptix will also replace select obsolete mixed‐signal ICs with equivalent, pin‐compatible components on a turnkey basis. 

GigOptix will need to conduct a feasibility study for the design upon receipt of component specifications. 

ASIC FAMILIES 

Configurable 

Logic Cells 

Configurable Configurable 

Memory Blocks I/Os 

Configurable 

Logic Cells 

Memory Blocks 

Standard Cell 

Standard Cell 

Logic 

Memory Blocks 

Analog Block 

Structured ASIC Hybrid ASIC Standard Cell 

◦ Pre‐validated mixed‐signal PHYs & PLLs 

◦ 500 signal I/O’s configurable in metal 

◦ Fully configurable logic & memory 

◦ XPath seamless conversion to Standard 

Cell 

◦ Available for 0.35μ, 0.25μ, 0.18μ & 

0.13μ designs 

STRUCTURED ASIC FAMILIES 

Family 

Process 

(μm) 

Max. 

Usable 

Gates (K) 

Total Pads 

◦ Standard Cell performance with 

Structured ASICs benefits 

◦ Broad portfolio of Digital, Analog, & 

Mixed‐Signal IP 

◦ Available for 0.13μ & 65nm processes 

◦ 100K to 20M gates 

Max. 

System 

Clock 

(MHz) 

Core 

Voltage (V) 

Max. 

Embedded 

Memory 

(K bits) 

◦ Broad portfolio of Digital, Analog, & 

Mixed‐Signal IP 


65nm for digital and mixed signal 

designs 


0.18μ for high voltage analog designs 

◦ 50K to 20M gates 

CX6200 a 0.13 140‐1435 120 – 380 b 250 1.2 288–1,998 FS/HS OTG PCI, PCI‐X 4‐7 

CX6100 a 0.13 400‐1504 160‐384 b 250 1.2 270‐3,132 PCI, PCI‐X, PCIe 4‐7 

CX5000 0.18 90‐578 256‐768 200 1.8 160‐1,264 FS PCI, PCI‐X 4 

CX4000 0.25 20‐550 128‐1,024 150 1.8/2.5/3.3 0‐448 FS PCI 4 

CX3000 0.35 21‐200 128‐512 50 3.3/5 32‐352 PCI (3V/5V) 4 

a. CX6100 & CX6200 include PCIe & USB SIG certified PHYs 

b. Total user I/Os excluding PHY, Power & Ground Pads 

PLL 




13 

IP PORTFOLIO SUMMARY 

CPU & Subsystems 

High‐Speed 

Interfaces 

I/O & Interfaces Converters Power & Analog 

8‐bit 8051 

USB 2.0 OTG PHY 

LVCMOS 

10‐bit Pipeline ADCs 

Low noise amplifiers 

32‐bit BA12 & BA22 

USB 2.0 controller 

HSTL 

(up to 160Msps) 

Comparators 

32‐bit ARM7/9 

PCI Express 1.1 PHY 

SSTL 1.5V, 1.8V, 2.5V, 3.3V 

12‐bit Pipeline ADCs 

Op‐Amps 

DDR & DDRII controllers 

PCI Express controller 

SSTL for DDR & DDRII 

(up to 100 Msps) 

Analog Switches 

SDRAM controller 

2.5Gb/s SerDes 

LVDS up to 1Gbps 

10‐bit Current Steering DACs 

Analog Multiplexers 

Flash/SRAM controller 

MIL‐STD‐1553 controller 

LVPECL 


Self‐Calibrated & On‐Die Termination 

OTP memory 

CAN controller 

DDR PHY up to 500 Mb/s 

12‐bit Current Steering DACs 

PLLs/DLLs 

PCI/PCIX I/O & controllers 

DDRII PHY up to 800 Mb/s 


Regulators 

10/100/1000 Ethernet MAC 

MDDR PHY up to 500 Mb/s 

14‐bit SAR ADCs 

Band Gap Reference 

16550 UART, timer, GPIO 

12‐bit Delta Sigma DACs 

Charge Pumps 

3DES/AES encryption 

Video AFE 

Power on Reset 

ASIC DESIGN FLOW 




RF SYSTEMS/MMICS 

GigOptix’s RF Systems/MMIC line is a leading supplier of Monolithic Microwave Integrated Circuit (MMIC) for microwave and 

millimeter applications. As a fabless company we leverage a broad range of state‐of‐the‐art processes such as GaAs, GaN, InGaP, InP 

and SiGe to optimize the price/performance trade‐off for our customers. 

GigOptix’s RF Systems/MMIC line combines more than 20 years of microwave and millimeter system expertise with a proven record 

of providing high performance cost competitive MMIC solutions to our customers. 

THE GIGOPTIX MMIC ADVANTAGE 

◦ Proven history of providing industry leading microwave and millimeter wave systems 

◦ Demonstrated expertise in delivering high performance MMIC solutions utilizing a broad range of our MMIC processes such as 

GaAs, GaN, InGaP, InP and SiGe 

14 

POWER AMPLIFIERS 

Part 

Frequency 

(GHz) 

Gain (dB) 

Typ. 

EWH2001ZZ DC to 20 18 

iT2005 DC to 26.5 16 

iT2008 DC to 26.5 10 

iT2009 2 to 26.5 20 

iT2018 5 to 18 21 

OP1dB (dBm) 

Typ. 

27 @ 10GHz 

23 @ 20GHz 

25 @ 10GHz 

20 @ 26.5GHz 

29 @ 10 GHz 

24.5 @ 26.5GHz 

29 @ 10 GHz 

24.5 @ 26.5GHz 

33.5 @ 10GHz 

31 @ 18GHz 

OIP3 (dBm) 

Typ. 

35 @ 10GHz 

32 @ 20GHz 

40 @10GHz 

36 @ 20GHz 

41 @ 10GHz 

29 @ 26.5GHz 

41 @ 10GHz 

29 @ 26. 5GHz 

34.5 @ 10GHz 

32 @ 18GHz 

Psat (dBm) 

Typ. 

28 @ 10GHz 

24 @ 20GHz 

23.5 @ 20GHz 

21 @ 26.5GHz 

29.5 @ 10GHz 

25 @ 26.5GHz 

29.5 @ 10GHz 

25 @ 26.5GHz 

34.5 @ 10GHz 

32 @ 18GHz 

Bias Current 

(mA)Typ. 

Bias Voltage 

(V) Typ. 

Package 

Style 

290 8 Bare Die 





FIXED ATTENUATORS 

Part 

Frequency (GHz) 

Attenuation (dB) 

Typ. 

Insertion Loss (dB) 

Typ. 

Return Loss (dB) 

Typ. 

Package Style 

EWA3000YA 0 to 30 0 0.5 @ 15 GHz 15 2x2 6‐pin Plastic DFN 





EWA6500ZZ 0 to 105 0 0.2 @ 30 GHz 15 Bare Die 








15 

FILTERS 

Part 

Pass Band 

Frequency (GHz) 

Insertion Loss (dB) 

Typ. 

Return Loss (dB) 

Typ. 

Rejection 

Frequency Band 

(GHz) 

Rejection (dB) 

Typ. 

Package Style 

EWF2601AK 24.25 to 25.5 3 15 28 20 7x7 28‐pin Plastic QFN 

EWF2602AK 25.5 to 26.5 3 15 29 20 7x7 28‐pin Plastic QFN 

EWF3801AK 37 to 47 3 12 34 to 35 22 7x7 28‐pin Plastic QFN 

EWF3802AK 38.25 to 47 3 15 34.5 to 36.5 18 7x7 28‐pin Plastic QFN 



EWF4203AK 42 to 47 3 15 38.1 to 40.1 22 7x7 28‐pin Plastic QFN 

EWF7601ZZ 71 to 76 4 16 78.5 20 Bare Die 

EWF8601ZZ 81 to 86 4 16 89.2 20 Bare Die 

Filters can be customized to customer’s requirements. 

LIMITING & DIFFERENTIAL AMPLIFIERS 

Part 

Data Rate 

(Gb/s) 

DIFF Gain 

(dB) 

Output 

(Vpp) 

Bias (V) Pdiss (mW) Description Package Style 

iT3010E DC to 12.5 23.5 3.8 DIFF ‐5, +5 885 Medium Gain Amplifier 4x4 Plastic QFN 

iT3011E DC to 12.5 42 1.28 DIFF ‐5.2 595 

iT3012E DC to 12.5 17 1.9 SE +5, ‐5.2 685 

High Sensitivity Receiver 

Limiter Amplifier 

Differential‐to‐Single Ended 

Amplifier 

4x4 Plastic QFN 


iT3018E DC to 12.5 50 2.2 DIFF ‐5.2 625 Receiver Limiter Amplifier 4x4 Plastic QFN 

GX3240 DC to 22.5 26 0.8 DIFF ‐3.0 390 

DELAY ELEMENT 

High Sensitivity Limiting 

Amplifier 



iT4036F Wideband Analog Phase Delay, 120 ps. Military, Test, Jitter Injection Production 




16 


130 Baytech Drive 


San Jose, California 

www.GigOptix.com 


95134, USA www.GigOptix.com

Short Form March 2012 - GigOptix.com

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