top of page

S.No.

Services

Use of Services

 Datasheet

 Fees per day

1

IQ Modulator with dual-Polarization emulator (40GHz)

Coherent Solutions

Part Number: IQTX-40-EDP-ABC/CSL-164102

To modulate a continuous-wave laser source with RF signals generated by an arbitrary waveform generator. It enables the generation of advanced modulation formats for high-speed optical communication systems.

INR 13,000

2

Arbitrary waveform generator I (23 GHz, 64 Gsa)

Keysight

Part Number: M8195A

Used in high-speed optical communication systems to provide precise electrical RF drive signals to optical modulators for advanced modulation formats.

INR 8,500

3

a) LabMaster Slave Acquisition Module*
 (36 GHz, 80 GS/s, 4 Ch (4 Units), 32 Mpts/Ch) 

Lecroy

Part Number: LM 10-36Zi-A

b) Optical Modulation Analyzer system I*
 (66 GBaud (Max. Detectable)

Lecroy

Part Number: MCM-Zi

a) For converting the analog output of the coherent receiver to digital form to carry out digital signal processing and performance evaluation

 

b) Used to evaluate the performance of optical communication links by analyzing received modulated signals. It includes built-in DSP algorithms to compensate for transmission impairments and provides key performance metrics such as Bit Error Rate (BER), Error Vector Magnitude (EVM), and Q-factor.

INR 9,500 per unit

INR 9,000

4

Coherent Optical Receiver (45 GHz, C+L band operation)

Quantifi Photonics

Part Number: IQRX-1002-FC

Enables the detection of both the amplitude and phase of the optical signal using a local oscillator, allowing advanced modulation formats (e.g., QPSK, mQAM). 

INR 6,500

5

a) Arbitrary waveform generator II (80 GHz, 256 Gsa)

Keysight

Part Number: M8199B

b) Dual Polarization IQ Modulator (60GHz)

IDPhotonics

Part Number: OMFT CLASS 60

a) Used in high-speed optical communication systems to provide precise electrical RF drive signals to optical modulators for advanced modulation formats.

b) To modulate a continuous-wave laser source with RF signals generated by an arbitrary waveform generator. It enables the generation of advanced modulation formats for high-speed optical communication systems.

INR 44,000

INR 10,00

6

Coherent Optical Receiver 4

Quantifi Photonics

Part Number: IQRX-1002-FA-EPIQ

The IQRX-1002-FA-EPIQ coherent optical receiver is essential for coherent signal detection, enabling advanced modulation analysis, receiver characterization, DSP research, and high-speed optical communication experiments.

Datasheet

INR 4,000

7

Coherent receiver and Optical Modulation Analyzer system II (110 GHz, 256 Gsa)

Keysight

Part Number: N4391B

Used to evaluate the performance of optical communication links by analyzing received modulated signals. It includes built-in DSP algorithms to compensate for transmission impairments and provides key performance metrics such as Bit Error Rate (BER), Error Vector Magnitude (EVM), and Q-factor.

INR 73,500

8

Multi-core Fiber Splicer

Fujikura

Part Number: FSM-100P+

Used to splice Single-mode Fibers (SMF), Multimode fibers (MMF), Double Clad Fibers (DCF), Multi-core Fiber (MCF) and Photonic Crystal Fibers (PCF)  (per splice)

INR 3,500/splice

9

Optical Spectrum Analyzer I (C-Band)

Finisar

Part Number: WaveAnalyzer 100S

Used to measure and analyze the optical spectrum of signals, providing insights into wavelength, power levels, spectral width, and signal distortions

INR 6,000

10

Optical Spectrum Analyzer II (600 to 1700 nm, 0.02 nm (Resolution))

Thorlabs

Part Number: OSA203B

Used to measure and analyze the optical spectrum of signals, providing insights into wavelength, power levels, spectral width, and signal distortions

INR 6,500

11

Optical Sepctrum Analyer III

Yokogawa

Part Number: AQ6370E

To calibrate the skew of the coherent receiver. Skew calibration is essential for proper recovery of high speed-optical data.

INR 11,000

12

L band Lasers (4 Channel)

Quantifi Photonics

Part Number: QP_Laser_1000_Series

1565 nm to 1625 nm Laser

INR 3,000

13

L band Lasers (1 Channel)

Quantifi Photonics

Part Number: LASER-1005-1-FAMTRQ

Laser

Datasheet

INR 1,000

14

BERT(4-Channel 32 Gbps Bit-Error-Rate Tester)

Optellent, Inc.

Part Number: OPB-100G-I

4-Channel  32 Gbps Bit-error rate tester

INR 6,000

15

Electronic Spectrum Analyzer II (2 Hz - 43 GHz)

Keysight

Part Number: N9030B

Test equipment

INR 6,500

16

Vector Network Analyzer I (10 MHz - 43 GHz)

Keysight

Part Number: N5244B

Used to measure the amplitude and phase response of RF and microwave components, enabling the characterization of S-parameters, impedance, and transmission properties

INR 17,000

17

RF Source I (43 GHz)

Keysight

Part Number: N5183B

Test equipment

INR 4,000

18

Autocorrelator

Femtochrome

Part Number: FR-103XL

Used to measure optical pulsewidth from 4 fs to 100 ps at optical wavelength across 900 to 2000 nm

INR 6,500

19

Regular Splicer

Fujikura

Part Number: FUJIKURA-88S+

Used to splice Single-mode Fibers (SMF) and Multimode fibers (MMF) (per splice)

INR300/splice

20

PM Splicer

Fujikura

Part Number: FSM -100P+

Used to splice Single-mode Fibers (SMF) and Multimode fibers (MMF) (per splice)

Datasheet

INR3000/splice

21

Equivalent Time Oscilloscope

Keysight

Part Number: N1092A

The Keysight N1092A DCA-M Sampling Oscilloscope enables precise high-speed optical signal characterization, eye diagram analysis, and transmitter validation, supporting advanced optical communication research and shared laboratory measurements.

Datasheet

INR 6,500

22

Real Time Oscilloscope
Teledyne LeCroy

Part Number: SDA MCM-Zi-A

The Teledyne LeCroy MCM real-time oscilloscope enables synchronized multi-channel high- bandwidth signal acquisition, supporting advanced optical, RF, and high-speed digital communication research and characterization.

Datasheet

INR 6,500

23

Manpower Support

NA

Upto INR 12,000

24

Testing using the field MCF fibers (Testbed usage)

Sterlite

INR 12,000

25

Other Services

Calibration and Test Setup Accessories and Equipment

Upto INR 12,000

Guidelines for Services
Working hours for experiments are 9:00 AM to 6:00 PM, and any experiment exceeding 5 hours will be considered as a full day.
👉 For detailed guidelines, click here.

Equipment Usage Application

Equipment Required
Duration of Usage
bottom of page