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GIPについて

GIP Tekは、台湾で1999年に創業を始めた光学関連部品・製品のメーカーです。
1)ファイバーレーザー、2)アンプリファイアー、3)ファイバーコンポーネントの3分野で事業を展開しています。

お問い合わせ

ファイバーレーザー

GIP Technologyは４波長のファイバーレーザー及びおよそ1500nmで調整可能なファイバーレーザーを生産しています。２波長は高出力可能です。

1.0µm Fiber Laser

  • 1060nm (1030-1100nm)
  • CW or pulsed operation
  • up to 10W optical average output power
  • 5nm linewidth FWHM
  • All-fiber technology
  • No water cooling
  • RS232 interface
  • Collimator and isolator in option
技術資料PDF

Pulsed mode

  • 1064+/-5nm
  • 10-100kHz
  • 10-100ns

用途

  • Laser marking
  • LIDAR
  • Sensing

Available in 110-220V AC and in 5 to 24V DC versions.

1.5µm Fiber Laser

  • 1550nm (1530-1565nm)
  • CW or pulsed operation
  • up to 5W optical average output power
  • 5nm linewidth FWHM
  • All-fiber technology
  • No water cooling
  • RS232 interface
  • Collimator and isolator in option
技術資料PDF

Pulsed mode

  • 1550+/-5nm
  • 10-100kHz
  • 10-100ns

用途

  • Laser marking
  • LIDAR
  • Sensing

Available in 110-220V AC and in 5 to 24V DC versions.

1.5µm Tunable Fiber Laser

GIP_1-5um_tunable_PM_Fiber-Laser

  • 1530-1560nm
  • CW / Timing control
  • Linear polarization
  • up to 1W optical average output power
  • 10MHz linewidth
  • All-fiber technology
  • No water cooling
技術資料PDF

Pulsed mode

  • 1064+/-5nm
  • 10-100kHz
  • 10-100ns

用途

  • High power seed laser source
  • Component testing
  • Sensing
  • Spectroscopy

Available in 110-220V AC version.

808nm High-Power Light source unit

  • 808nm +/-10nm
  • CW operation
  • up to 20W optical average output power
  • Multiple Fiber power combined technology
  • Front panel LCD and status LED
  • RS232 interface
技術資料PDF

用途

  • Solid-state laser pumping
  • Medical or dental applications
  • Industrial applications
  • Defense applications

Available in 100-240V version.

976nm High-Power Light source unit

GIP_High-power_976nm_Fiber-laser

  • 976nm +/-5nm
  • CW operation
  • up to 25W optical average output power
  • Multiple Fiber power combined technology
  • Front panel LCD and status LED
  • Air cooling
  • RS232 interface
  • Pointing red beam option
技術資料PDF

用途

  • Solid-state laser pumping
  • Medical or dental applications
  • Industrial applications
  • Defense applications

Available in 100-240V version.

お問い合わせ

1.5µmアンプリファイアー

EFA-S: EDFA single channel C-band Standard series

遠距離通信におけるシングルチャンネル用途用

技術資料PDF

特徴

  • 1528-1562nm
  • input power range:
    • Booster version: -10 to +10dBm
    • Pre version: -30 to -10dBm
  • Saturated output power (including ASE):
    • Booster vers. 23dBm
    • Pre vers. : 13dBm
  • Signal gain:
    • Booster vers. 25dB
    • Pre vers. 30dB
  • Bit-rate transparency
  • Low-noise figure
  • Optically isolated input and output
  • Front panel LCD and status LED
  • RS-232 or Ethernet (SNMP)
  • redundant power supply

用途

  • Access, metro and long-haul networks
  • Single-channel and narrow band networks
  • Power compensqtion of OADM and OXC systems
  • Booster and pre-amplifier amplification

Available in 100-240V AC and -48V DC versions.

EFA-W: EDFA DWDM C-band series

ダイナミックDWDM用途におけるゲインフラット化及びローノイズオペレーション用。

技術資料PDF

特徴

  • 1530-1563nm
  • input power range:
    • Booster version: -10 to +10dBm
    • In-line version: -20 to 0dBm
    • Pre version: -30 to -10dBm
  • Saturated output power (including ASE):
    • Booster vers.: 24dBm
    • In-line vers. : 24dBm
    • Pre vers. : 17dBm
  • Signal gain:
    • Booster: 20dB
    • In-line: 30dB
    • Pre: 30dB
  • Automatic gain control (AGC)
  • Bit-rate transparency
  • Low-noise figure, Flat gain
  • Optically isolated input and output
  • Front panel LCD and status LED
  • RS-232 or Ethernet (SNMP)
  • redundant power supply

用途

  • DWDM networks
  • SAN applications
  • Metropolitan WAN networks
  • Long-haul transport systems

Available in 100-240V AC and -48V DC versions.

CGB/EFA-H: EDFA High-Power series

CATVまたはPON配信システム用途用

技術資料PDF

特徴

  • 1545-1562nm
  • input power range: -10 to +10dBm
  • Saturated output power (including ASE): up to 36dBm
  • Output ports number: 1, 4, 8, 16, 32
  • Automatic gain control (AGC)
  • Low-noise figure
  • Optically isolated input and output
  • Front panel LCD and status LED
  • RS-232 or Ethernet (SNMP)*

用途

  • Analog and digital CATV transmission systems
  • PON systems
  • Long-haul transmission systems
  • Instrumentation

*Available in 100-240V AC with RS-232 and Ethernet (CGB-H version), or +5, +12V DC with RS-232 only (EFA-H version).

CGB/EFA-PM: EDFA Polarization Maintaining Series

高速及び広帯域幅用途用

技術資料PDF

特徴

  • 1530-1562nm
  • input power range: -10 to +10dBm
  • Saturated output power (including ASE): up to 25dBm
  • Low-noise figure
  • Optically isolated input and output
  • Front panel LCD and status LED
  • RS-232

用途

  • Ultra-high speed systems
  • Wide band PM transmission systems
  • Optical sensors
  • Test and Instrument measuements
  • Lab research

Available in 100-240V AC (CGB version), or +5V DC (EFA version).

Micro or MSA Gain block Compact series

GIP_1-5um_compact

成長metro market用

技術資料PDF

特徴

  • Micro (40x64x12mm) or MSA (70x90x15mm) compact CGB size; MSA (70x90x12mm) compact AGB size
  • +5.0 or +3.3 Vdc operating voltage
  • Low-noise figure
  • Optically isolated input and output
  • Single-mode fibered

用途

  • Access, metro and long-haul networks
  • Single-channel and narrow-band networks
  • Power compensation of OADM and OXC systems
  • Booster and pre-amplifier amplification

CGB-C series: Single Channel C-Band EDFA, Micro controlled Gain Block

Operating wavelength range 1530-1560nm
Input power range Booster version: -10, +5dBm
Pre Ampl version: -30, -10dBm
Saturated output power (including ASE) Booster: 17dBm
Pre: 13dBm
Signal gain Pre: 30dB

AGB-C series: Single Channel C-band EDFA, MSA Active Gain Block

Operating wavelength range 1528-1562nm
Input power range Booster version: -10, +10dBm
Pre Ampl version: -25, -10dBm
Saturated output power (including ASE) Booster: 21dBm
Pre: 13dBm
Signal gain Booster: 25dB
Pre: 30dB

AGB-C series: DWDM C-band EDFA, MSA Active gain block

Operating wavelength range 1528-1563nm
Input power range Booster version: -10, +10dBm
Pre Ampl version: -30, -10dBm
Saturated output power (including ASE) Booster: 21dBm
Pre: 13dBm
Signal gain Booster: 17dB
Pre: 30dB

CGB-C series: Single Channel C-Band EDFA, MSA Controlled gain block

Operating wavelength range 1528-1562nm
Input power range Booster version: -10, +10dBm
Pre Ampl version: -30, -10dBm
Saturated output power (including ASE) Booster: 21dBm
Pre: 13dBm
Signal gain Booster: 25dB
Pre: 30dB

CGB-C series: DWDM C-band EDFA, MSA Controlled gain block

Operating wavelength range 1528-1563nm
Input power range Booster version: -10, +10dBm
Pre Ampl version: -30, -10dBm
Saturated output power (including ASE) Booster: 21dBm
Pre: 13dBm
Signal gain Booster: 17dB
Pre: 30dB

AGB/CGB/EFA-V: CATV EDFA

GIP_1-5um_CATV_EDFA

ケーブルテレビ伝送システム用

技術資料PDF

特徴

  • 1540-1560nm
  • input power range: -5 to +10dBm
  • Saturated output power (including ASE):
    • AGB-V: 25dBm
    • CGB-V: 25dBm
    • EFA-V: 25dBm
  • Optimum CNR/CSO for AM-VSB CATV transmission
  • Low-noise figure
  • Optically isolated input and output
  • Front panel LCD and status LED
  • RS-232 or Ethernet (SNMP)*
  • Option for rapid gain control and transient suppression

用途

  • CATV / Hybrid fiber coaxial (HFC) network systems
  • PON network systems
  • Low noise power booster for transport systems

*Available in 100-240V AC or -48V DC with RS-232 and Ethernet (EFA version), and +5V DC with RS-232 only (CGB version), and also without power (AGB).

EFA-T: Combo Amplifier EDFA series

SMFシステムでの波長変換及び距離拡張用

技術資料PDF

特徴

  • 1530-1560nm ITU grid
  • Channel spacing: 100GHz
  • Bit rate:
    • 100Mbps-2.7Gbps
    • 10G vers: 9.95-11.1Gbps
  • Saturated output power (including ASE): 13-17dBm
  • Front panel LCD and status LED
  • RS-232 or Ethernet (SNMP)
  • Redundant dual power supply

用途

  • Wavelength conversion and distance extension
  • Metro WAN networks
  • High-speed networks

Available in 100-240V AC or -48V DC.

Pulse Series and Customization

お問い合わせ下さい。

1.0µmアンプリファイアー

S-Series: Ytterbium-DFA Standard series

遠距離通信におけるシングルチャンネル用途用

技術資料PDF

特徴

  • 1030-1100nm
  • input power range: -30 to 0dBm
  • Saturated output power (including ASE): up to 20dBm
  • Adaptor with shutter
  • Optically isolated input and output
  • Front panel LCD and status LED
  • RS-232

用途

  • Detection system
  • Sensing

Available in 100-240V AC version.

H-Series: YDFA High-power series

GIP_1um_High-power_YDFA

遠距離通信におけるシングルチャンネル高出力用

技術資料PDF

特徴

  • 1030-1100nm
  • input power range: 0 to 10dBm
  • Saturated output power (including ASE): 30dBm
  • Optically isolated input and output
  • Front panel LCD and status LED
  • RS-232

用途

  • Detection system
  • Sensing

Available in 100-240V AC version.

PM-Series: YDFA Polarization-maintaining series

遠距離通信におけるシングルチャンネル用途用

技術資料PDF

特徴

  • 1030-1100nm
  • input power range: 0 to 10dBm
  • Saturated output power (including ASE): up to 20dBm
  • Optically isolated input and output
  • Front panel LCD and status LED
  • RS-232

用途

  • Detection system
  • Sensing

Available in 100-240V AC version.

Customization

お問い合せ下さい

他のアンプリファイアー

SOA-Series: Optical Amplifiers

1300nm通信システム用

技術資料PDF

特徴

  • 1280-1340nm
  • input power range: -20 to 0dBm
  • Saturated output power (including ASE): 10dBm
  • Signal gain: 16dB
  • SOA automatic shutdown
  • Optically isolated input and output
  • Front panel LCD and status LED
  • RS-232 or Ethernet (SNMP)
  • Redundant dual power supply

用途

  • Metropolitan WAN network systems
  • Access network systems
  • Submarine transmission systems
  • High speed transmission systems

Available in 100-240V AC or -48V DC versions.

Raman pump unit

GIP_Raman

長距離且つ高帯域幅DWDMネットワークにおける、被配信ラマンアプリケーション用

技術資料PDF

特徴

  • 1528-1565nm
  • On-Off gain: 10dB
  • Flattened Raman gain
  • Front panel LCD and status LED
  • RS-232 and Ethernet (SNMP)*
  • Redundant dual power supply

用途

  • 10Gb/s and 40Gb/s transmission systems
  • Long-haul DWDM telecommunication systems
  • High channel count systems
  • Increase regenerator spacing

Available in 100-240V AC or -48V DC versions.

Low-noise High-power dual EDFA

高出力シングルチャンネル用途

技術資料PDF

特徴

  • 1530-1563nm
  • Channel spacing: 100GHz
  • input power range:
    • Pre Amp vers.: -30, -20dBm
    • Power Amp vers.: +5, +20dBm
  • Saturated output power (including ASE):
    • Pre Amp: 10dBm
    • Power Amp: 30dBm
  • Extremely low noise figure
  • Optional reflection shutdown function

用途

  • High-power R&D experiment
  • Fiber laser applications
  • Optical switching applications
  • …

Available in 100-240V AC.

お問い合わせ

ファイバーコンポーネント Sub-systems

Optical Amplifier System:

お問い合わせください（上記ＳＯＡをご参照くださ）

Optical Protection Systems

GIPは1-RU オプティカルプロテクションスイッチ(OPS)及び6-RU レストレーションスイッチシステム(RSS)を提供致します。
これらは標準及びＴシリーズ（1100nm～1600nmを受けて変換/増幅できるGBFファイバーエクステンダーモジュールを含む）で有効です。

技術資料PDF
  • 1310+/-20nm and 1550+/-20nm
  • OSC wavelength: 1625+/-30nm
  • CISPR22 Class A compliant
  • Auto / Semi-Auto / Manual switching mode
  • RS232 interface and Ethernet (SNMP)
  • Standard:
    • Insertion loss: 6dB
  • T-Series:
    • Bit rate: 1.25 or 2.5Gbps
    • Output power: -6dBm

用途

  • Optical path monitoring and recovery
  • Local area networks
  • Access/metropolitan area network

Available in 100-240V AC or -48V DC versions.

Fiber Extenders

GIP_Fiber-Extender_1260-1620nm

遠距離通信システム帯域 へのオプティアカルーオプディカル変換用

技術資料PDF
  • reception:
    • 1260-1620nm
    • input power: -8 to 0dBm
  • transmission:
    • CWDM or C-band DWDM 100GHz ITU grid
    • Output power: 0dBm
  • Bit rate: 100-2700Mbps
  • Multiple data rates
  • RS232 interface and Ethernet (SNMP)

用途

  • Local area networks
  • Access/metropolitan area network

Available in 100-240V AC or -48V DC versions.

Bright-Edge 20T and 20P

GIP_BrightEdge_Unidir-WDM

一方向性WDM用途用。20Tはトランスポンダーを含みます。

技術資料PDF
  • Compliant with specifications for SONET/SDH
  • RS232 interface and Ethernet (SNMP)
  • Redundant dual power supply

用途

  • Local area networks
  • Access/metropolitan area network

Available in 100-240V AC or -48V DC versions.

20P

  • MPI side:
    • 1471-1611nm with 20nm spacing
    • input power: -20 to 8dB
  • CPE side:
    • 1511-1611nm with 20nm spacing
    • Output power: 0dBm

20T

  • MPI side:
    • 1471-1611nm with 20nm spacing
    • output power: -3dB/channel
  • CPE side:
    • 1511-1611nm with 20nm spacing
    • input power: -8dBm
  • Bit rate: 2.488Gbps

Light sources

BLS series: Broadband Light sources

GIP_Broadband-Light-source

Provides a stable output in the 1060nm, C / L /C+L bands.

  • 1060nm, C / L /C+L bands
  • Output power:
    • 1040-1075nm: 10dBm
    • 1528-1562nm: 15dBm
    • 1530-1610nm: 20dBm
  • All-fiber technology
  • Front panel LCD and status LED
技術資料PDF

用途

  • Optical components testing
  • Optical fiber characterization
  • Optical measurements systems
  • Fiber optic sensing

Available in 100-240V AC version.

FP-series Light sources

FPレーザーダイオードの駆動及びテスト用

技術資料PDF
  • 1290-1330nm or 1520-1580nm
  • Output power: 1mW
  • Spectral width: 3nm
  • Diode temperature monitoring
  • TEC included
  • Front panel LCD and status LED

用途

  • Optical components testing
  • Optical fiber characterization
  • Optical measurements systems

Available in 100-240V AC version.

DFB-series Light sources

DFBレーザーダイオードの駆動及びテスト用

技術資料PDF
  • 1480-1500nm or 1530-1560nm or 1570-1610nm
  • Output power: 1-40mW
  • Spectral width: 5nm
  • Diode temperature monitoring
  • TEC included
  • Front panel LCD and status LED

用途

  • Optical components testing
  • Optical fiber characterization
  • Optical measurements systems

Available in 100-240V AC version.

Dispersion Compensation Unit

DCU for G.652 fibers

GIP_DCU-1550nm

従来のG.652ファイバー若しくは長距離光学伝送システムで生じる正分散を有する伝送ファイバーの分散補償用

技術資料PDF
  • Relative Dispersion slope @1550nm: 0.0036 +/-20%
  • Length of G.652 compensated:
    • 10 km : Dispersion @1550nm= -170ps/nm
    • 40km : Dispersion=-680ps/nm
    • 80km : Dispersion=-1360ps/nm
    • 100km: Dispersion=-1700ps/nm
  • Low insertion loss
  • Low PMD

用途

  • High speed transmission systems
  • Long-haul telecommunication systems

お問い合わせ

販売実績

アカデミック

  • 大阪大学
  • 核融合科学研究所
  • 産業技術総合研究所
お問い合わせ