High-Fidelity RF over Fiber Links
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- Zoe Reynolds
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1 High-Fidelity RF over Fiber Links 8 Uplander Way, Suite 2 Culver City, CA 923 Rugged, Small Form Factor Transmitter and Receiver Modules for RF over Optical Fiber Links Applications Fiber to the Antenna: Microwave links Radio Telescopes SATCOM Terminals: X, Ku and Ka Bands (to 3 GHz) Electronic Sensors and Electronic Warfare Systems Key Features/Benefits Ultra Low Noise: Proprietary low- RIN laser operating at shot noise. Noise Figure < 8 db (with LNA) and <2 db (without LNA) High Dynamic Range: SFDR as high as 11 db-hz 2/3 for non amplified links High immunity to back reflections including Brillouin scattering allowing RFoF links with > 1km reach Broadband: Seamless transmission of RF over MHz to 2 GHz (with LNA) and DC to 3 GHz (without LNA) Rugged: Meets MIL-STDs for temperature, vibration, shock, EMI and atmospheric pressure. UTI DWDM Compatible: Fixed wavelength lasers conform to UTI grid of or 1 GHz. Self Contained Transmitter: Plug-nplay connectors for DC power, RF input and fiber optic output/input. The APIC Micro ATX TM Photonic Link transmitter and high linearity optical analog receiver (ARX) are designed to provide wide dynamic range fiber optic links for broadband analog/rf signals from DC to 3 GHz. Each link is comprised of a fully self-contained transmitter module and matched high sensitivity, wide dynamic range analog receiver module. These modules are turnkey solutions requiring only DC power, and RF signal input/output. Laser bias, temperature control, modulator quadrature locking, LNA biasing and status monitoring are handled by a microcontroller inside the transmitter module. Different operating states can be saved in non volatile memory and the link brought up to the same state only by applying power. Links can be tailored for the customer-required frequency bandwidth, gain and wavelength range. Multiple transmitters can be wavelength multiplexed using 1 GHz wavelength separation. The modules use a rugged design for harsh environments. System Block Diagram (Typical Application) Laser Modulator ARX SMF or PMF Optical Fiber or Network Laser Driver Parameter RF Signal In Temp Control Transmitter Module LNA (optional) Bias Control RF Frequency Range Optical Wavelength Optical Output Power Value PD Bias Receiver Module RF Signal Out DC to 3 GHz (no LNA). to 2 GHz (with LNA) 1,3 to 1,6 nm ITU Wavelengths 13 dbm Operating Temperature -4 to 7 C 217 APIC Corporation Ph: sales@apichip.com
2 Gain (db) Gain (db) NF (db) NF (db) 8 Uplander Way, Suite 2 Culver City, CA 923 Link RF Characteristics Noise Figure: Amplified Link Noise Figure: Unamplified Link Noise Figure of Unamplified Link (without LNA) Noise Figure of Amplified Link (with LNA) Noise Figure of Micro ATX Link (without LNA) 1 Gain (db), 2 GHz Units 1 Gain (db), 2 GHz Units Frequency (Hz) Gain of Micro ATX Link (with LNA) Frequency (Hz) Gain of Micro ATX Link (without LNA) 217 APIC Corporation Ph: sales@apichip.com
3 8 Uplander Way, Suite 2 Culver City, CA 923 Link RF Characteristics 12 uatx 6 SFDR2 IIP2 (dbm) IIP2 (dbm) 12 SFDR2, 2 GHz Units SFDR (db-hz^(1/2)) 6 SFDR2 (db-hz^1/2) SFDR2 of Amplified Link (with LNA) SFDR2 of Unamplified Link (without LNA) 3 uatx 6 IIP2 7 IIP2, 2 GHz Units IIP2 of Amplifed Link (with LNA) IIP2 of Unamplified Link (without LNA) 217 APIC Corporation Ph: sales@apichip.com
4 IIP3 (dbm) 8 Uplander Way, Suite 2 Culver City, CA 923 Link RF Characteristics uatx 6 SFDR SFDR (db-hz^2/3) IIP3 (dbm) SFDR3, 2 GHz Unit SFDR3 (db-hz^2/3) SFDR3 of Amplified Link (with LNA) SFDR3 of Unamplified Link (without LNA) 6 uatx 6 IIP3 3 IIP3, 2 GHz Unit IIP3 of Amplifed Link (with LNA) IIP3 of Unamplified Link (without LNA) 217 APIC Corporation Ph: sales@apichip.com
5 8 Uplander Way, Suite 2 Culver City, CA 923 Link RF Characteristics Parameter Micro ATX TM with LNA Without LNA (Unamplified Link) RF Bandwidth (GHz). to 2 GHz DC to 3 GHz Noise Figure (db) Gain (db) IIP2 (dbm) 7 2 GHz 8 1 GHz 11 2 GHz 6 2 GHz 6 1 GHz 2 GHz 2 2 GHz 18 8 GHz 21 db at 2 GHz 22 1 GHz 27 2 GHz -8 2 GHz -1 1 GHz GHz 2 GHz 8 GHz SFDR2 (db-hz 1/2 ) 2 GHz 8 GHz 2 GHz 8 GHz IIP3 (dbm) SFDR3 (db-hz 2/3 ) RF Connector (TX/RX) RF Input Impedance RF Output Impedance 2 GHz 1GHz 2 GHz 2 GHz 1 GHz 2 GHz 2 GHz 1 GHz 2 GHz 2 GHz 1 GHz 111 (typically 2 GHz SMA/GPPO or K Ω Ω 217 APIC Corporation Ph: sales@apichip.com
6 Amplitude (db) 8 Uplander Way, Suite 2 Culver City, CA 923 Optical Specifications, TX and RX Optical Spectrum, 2 GHz Unit Wavelength (nm) 2 GHz Unit 1 Parameter Value Units Min Typical Max Wavelength 1,3 1, 1,6 nm Optical Output Power (TX) Optical Sidemode Suppression Receiver Optical Input Power Receiver Responsivity 1 13 dbm - -6 db 1 18 dbm.8.9 A/W Environmental and Electromagnetic Specifications Parameter Value Units Notes Min Typ Max Operating Temp C Storage Temp C Operating Barometric Pressure (Altitude).11 atm (, ft) 2 atm atm Vibration, Operating 8.2 Grms MIL-STD-81G, Method 14.6 Jet Aircraft Profile Mechanical Shock 2 g (TX) g (RX) MIL-STD-81G, Method 16.6 (Sawtooth) Radiated Emission 24-7 dbµv/m MIL-STD-461G, RE11 & 12 Physical Specifications Parameter Value Dimensions (cm) TX 13.x4.x2. Power Requirements RF Connector Interface Optical Fiber RX 6.x4x1. 1 VDC, 1 A maximum SMA (TX); GPPO or K (RX) FC/APC, PMF or SMF 217 APIC Corporation Ph: sales@apichip.com
7 Mechanical Drawings Dimensions in mm 8 Uplander Way, Suite 2 Culver City, CA 923
8 8 Uplander Way, Suite 2 Culver City, CA 923 Laser Safety Wavelength: 1, nm Max. Output: 1 mw Class 1M Laser Product 217 APIC Corporation Ph: sales@apichip.com
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RoHS Compliant 1310 nm Multi-mode Transceiver 2 5, LC Duplex Connector, 3.3 V 155 Mbps ATM/SONET OC-3/SDH STM-1/Fast Ethernet
Features Low power consumption Industry standard 2 5 footprint LC duplex connector Single power supply 3.3 V Differential LVPECL inputs and outputs Class 1 laser product complies with EN 60825-1 Ordering
ModBox-850nm-NRZ-series
Fiber The -850nm-NRZ series is a family of Reference Transmitters that generate excellent quality NRZ optical data streams up to 28 Gb/s, 44 Gb/s, 50 Gb/s at 850 nm. These transmitters produce very clean
ModBox-OBand-56GBaud-PAM4 O-Band, 56 Gbaud PAM-4 Reference Transmitter
-OBand-5GBaud-PAM4 O-Band, 5 Gbaud PAM-4 Reference Transmitter The -OBand-5Gbaud-PAM4 is a 4-level Pulse Amplitude Modulation (PAM-4) Optical Reference Transmitter that generates in the O-band excellent
C20R01 C-Band Solid State Power Amplifier
C20R01 C-Band Solid State Power Amplifier 20 Watts CW, 4.4 GHz - 4.9 GHz 2 Watts Linear, 4% EVM @ 33 dbm P/N: NW-PA-C-20-R01 (Includes NW-PA-ACC-CB09MC interface cable) The NuPower C20R01 is a small, highly
Features Gigabit Ethernet
Applicatios Gigabit Ethernet Ordering Information Features ü Up to 1.25Gb/s data links ü Single SC/LC connector ü Hot-pluggable SFP footprint ü 1550nm DFB laser transmitter ü RoHS compliant and Lead Free
HIGH BANDWIDTH DFB LASERS
HIGH BANDWIDTH DFB LASERS 7-pin k-package AA71 SERIES The AA71 distributed feedback laser (DFB) is an InGaAsP/InP multi-quantum well laser diode. The module is ideal in applications where high bandwidth,
DS H01 DIGITAL SYNTHESIZER MODULE SYSTEM SOLUTIONS. Features Applications 174 x 131 x 54 mm. Technical Description
DS H01 The DS H01 is a high performance dual digital synthesizer with wide output bandwidth specially designed for Defense applications where generation of wideband ultra-low noise signals along with very
ModBox 1550 nm 12 Gb/s DPSK
T C H N L G I S 1550 nm 12 Gb/s DPSK Delivering Modulation Solutions The 1550nm12GbpsDPSK is an optical modulation unit that generates high performance DPSK optical data streams. The equipment incorporates
Ver. 1.0en. Page 1 of 8
Ver. 1.0en Vision 1550nm External Modulation Optical Transmitter GS8510 Series Technical Specification Page 1 of 8 CONTENT 1.0 PRODUCT DESCRIPTION... 3 2.0 PRODUCT FEATURE... 5 3.0 MAIN APPLICATION...
Model 6944 and 6940 Node bdr Digital Reverse 4:1 Multiplexing System designed for Prisma II Platform
Optoelectronics Model 6944 and 6940 Node bdr Digital Reverse 4:1 Multiplexing System designed for Prisma II Platform Description The bdr Digital Reverse 4:1 Multiplexing System expands the functionality
Delivering Modulation Solutions
Delivering Modulation Solutions The is a lithium niobate (LiNb 3 ) intensity modulator designed for optical communications at data rates up to 12.5 Gb/s. The X-cut design of this Mach-Zehnder modulator
PRODUCT SPECIFICATION
PRODUCT SPECIFICATION P/N AC-SF-3G1-20 Description 1.25Gbps 1310nm LC Duplex 20km SFP Transceiver Version A0 Issue Date 2015.06.07 Prepared By Checked By Approved By Jason Qi Wenshan Yang Nan Wang AC-SF-3G1-20
JD061A-C. 1.25Gbps SFP Transceiver
JD061A-C HP 1000Base-EX SFP SMF 1310nm, 40km Reach, LC JD061A-C 1.25Gbps SFP Transceiver Features Up to 1.25Gb/s data links Duplex LC connector Hot-pluggable SFP footprint 1310nm FP Laser transmitter RoHS