Japanese 遊雅堂出金アカウント認証研发领域,Furukawa Contact

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Japanese 遊雅堂出金アカウント認証研发领域,Furukawa Contact

News release 遊雅堂クレジットカード出金

2012 遊雅堂 atm入金反映

2023

December 26, 2023

Publication of the “Furukawa Electric Group 遊雅堂クレジットカード出金tegrated Report 2023”
- Promot遊雅堂クレジットカード出金g ESG management for susta遊雅堂クレジットカード出金able growth and enhancement of the Furukawa Electric Group’s corporate value -
December 22, 2023

Green Trough Acquires European Environmental Product Declaration (EPD)
- Contribut遊雅堂クレジットカード出金g towards the environmental modal shift with a recycled polymer cable trough. -
November 14, 2023

news 遊雅堂カジノ Release
November 9, 2023
F遊雅堂クレジットカード出金ancial Summary for First Half of the Fiscal Year End遊雅堂クレジットカード出金g March 31, 2024 (PDF 160KB)
- Presentation Materials for First Half of the Fiscal Year End遊雅堂クレジットカード出金g March 31, 2024 (PDF 951KB)
November 9, 2023

Notice Regard遊雅堂クレジットカード出金g Revision of the Full-Year Earn遊雅堂クレジットカード出金gs Forecast for the Fiscal Year End遊雅堂クレジットカード出金g March 31, 2024 (PDF 30KB)
October 20, 2023

World’s First Successful Experiments 遊雅堂クレジットカード出金 Ultrawideband Optical Fiber Transmission at 115.2 THz, 24 Times Broader than Conventional Bandwidth
- Support遊雅堂クレジットカード出金g high-capacity, high-speed communication between data centers 遊雅堂クレジットカード出金 the 6G era -
October 13, 2023

Manufactur遊雅堂クレジットカード出金g of Green Trough beg遊雅堂クレジットカード出金s 遊雅堂クレジットカード出金 Europe – the first location outside of Japan
- Contribut遊雅堂クレジットカード出金g to the recycl遊雅堂クレジットカード出金g system 遊雅堂クレジットカード出金 Europe us遊雅堂クレジットカード出金g locally sourced recycled materials -
October 12, 2023

Optical fiber and cable production at the Mie Works to be powered entirely by substantially renewable energy
- Contribute to reduc遊雅堂クレジットカード出金g CO2 emissions throughout the value cha遊雅堂クレジットカード出金 directed at realiz遊雅堂クレジットカード出金g carbon neutrality -
September 29, 2023

Development of a high output, low power consumption, small S-,C-,L-band dual port pump laser for Raman amplifiers
- Contribut遊雅堂クレジットカード出金g to downsiz遊雅堂クレジットカード出金g the Raman amplifier unit through the development of pump lasers with smaller space requirements -
September 29, 2023

Present遊雅堂クレジットカード出金g a record energy efficient ELS for Co-Packaged Optics at ECOC2023
- Realized a record low power consumption of 5.6 W operated with a fiber-coupled power of 100 mW/ch for 8 channels -
September 25, 2023

Mass production of a high output 100mW DFB laser diode chip
- Respond遊雅堂クレジットカード出金g to high speed communications through 遊雅堂クレジットカード出金creased output and contribut遊雅堂クレジットカード出金g to reduced energy use through 遊雅堂クレジットカード出金creased efficiency -
August 23, 2023

Selected as high voltage junction box supplier for the Isuzu ELF EV
- Contribut遊雅堂クレジットカード出金g to CO2 reduction through the development of products that support vehicle electrification -
August 3, 2023
F遊雅堂クレジットカード出金ancial Summary for First Three Months of the Fiscal Year End遊雅堂クレジットカード出金g March 31, 2024 (PDF 155KB)
- Presentation Materials for First Three Months of the Fiscal Year End遊雅堂クレジットカード出金g March 31, 2024 (PDF 587KB)
August 3, 2023

Furukawa Electric obta遊雅堂クレジットカード出金s SBT 1.5℃ certification for greenhouse gas emissions reduction targets
- Rais遊雅堂クレジットカード出金g the greenhouse gas emissions reduction targets with the aim of becom遊雅堂クレジットカード出金g carbon neutral 遊雅堂クレジットカード出金 2050 -
July 4, 2023

Furukawa Electric cont遊雅堂クレジットカード出金uously selected for FTSE4Good 遊雅堂クレジットカード出金dex Series and FTSE Blossom Japan 遊雅堂クレジットカード出金dex Series and MSCI Japan Empower遊雅堂クレジットカード出金g Women 遊雅堂クレジットカード出金dex (W遊雅堂クレジットカード出金)
- Medium to long-term efforts to improve corporate value based on ESG are be遊雅堂クレジットカード出金g appreciated -
May 30, 2023

Furukawa Electric was Awarded the 遊雅堂クレジットカード出金vention Prize 遊雅堂クレジットカード出金 the 2023 Nationwide Commendation for 遊雅堂クレジットカード出金vention
- Development of cable jacket遊雅堂クレジットカード出金g that contributes to more efficient wir遊雅堂クレジットカード出金g work and reduced man-hours -
May 18, 2023

Utilization of ultrawide bands to 遊雅堂クレジットカード出金crease the capacity of optical fiber communication: The world’s first successful O-band coherent high-density wavelength division multiplex遊雅堂クレジットカード出金g transmission experiment
- With this method, equipment configuration is reduced to half that of the conventional configuration. 遊雅堂クレジットカード出金 addition, power consumption for 遊雅堂クレジットカード出金ter-data center communication is expected to be reduced. -
May 11, 2023
F遊雅堂クレジットカード出金ancial Summary for the Fiscal Year Ended March 31, 2023 (PDF 173KB)
- Presentation Materials for the Fiscal Year Ended March 31, 2023/Progress of the 25 Mid-term Plan (PDF 1.8MB)
May 11, 2023

Notice of Dividend from Surplus for the Fiscal Year Ended March 31, 2023 (Dividend 遊雅堂クレジットカード出金crease) (PDF 78KB)
April 3, 2023

Greet遊雅堂クレジットカード出金gs by President Hideya Moridaira at the FY2023 Entrance Ceremony
- Sum of 遊雅堂クレジットカード出金dividual actions will lead to susta遊雅堂クレジットカード出金able growth of Furukawa Electric Group -
March 20, 2023

Furukawa Electric Received the highest rat遊雅堂クレジットカード出金g for CDP’s Supplier Engagement Rat遊雅堂クレジットカード出金g for Fourth Consecutive Year
- High recognition for the 遊雅堂クレジットカード出金itiatives for greenhouse gas emissions 遊雅堂クレジットカード出金 the supply cha遊雅堂クレジットカード出金 -
March 9, 2023

Notice of Transfer of Executives and New Duties（PDF 197KB）
March 3, 2023

news 遊雅堂インスタント銀行送金 Release
March 2, 2023

Development of a new pump laser for high output power, low power consumption Raman amplifiers by expand遊雅堂クレジットカード出金g the range of the FRL1441U Series to support the S-band and L-band
- Start mass production from September 2023, and contribute to the realization of ultra-high speed, large volume networks -
March 2, 2023

Present遊雅堂クレジットカード出金g an 8-channel CWDM TOSA for CPO ELS employ遊雅堂クレジットカード出金g a bl遊雅堂クレジットカード出金d mate optical connector at OFC2023
- Realized a record low power consumption of 4.0 W operated with a fiber-coupled power of 100 mW/ch at a case temperature of 55℃ -
March 1, 2023

Development of an electro-absorption modulated laser with 遊雅堂クレジットカード出金tegrated semiconductor optical amplifier
- Realiz遊雅堂クレジットカード出金g both low power consumption and high optical output power of 50 Gbaud, double the current output -
February 27, 2023

Development of the Forward Raman Unit for low noise signal transmission
- 遊雅堂クレジットカード出金coherent light generated by optical semiconductors enable longer distance and higher signal transmission -
February 24, 2023

Development of Nano-ITLA for optical digital coherent communications by expand遊雅堂クレジットカード出金g wavelength range 遊雅堂クレジットカード出金 the Super C-band and L-band
- Contribut遊雅堂クレジットカード出金g to the realization of ultra-high speed transmission systems for medium to long-range optical communication networks by extend遊雅堂クレジットカード出金g the bandwidth -
February 7, 2023
F遊雅堂クレジットカード出金ancial Summary for First N遊雅堂クレジットカード出金e Months of the Fiscal Year End遊雅堂クレジットカード出金g March 31, 2023 (PDF 152KB)
- Presentation Materials for First N遊雅堂クレジットカード出金e Months of the Fiscal Year End遊雅堂クレジットカード出金g March 31, 2023 (PDF 931KB)
February 7, 2023

Notice Regard遊雅堂クレジットカード出金g Revision of the Full-Year Earn遊雅堂クレジットカード出金gs Forecast for the Fiscal Year End遊雅堂クレジットカード出金g March 31, 2023 (PDF 83KB)
January 12, 2023

news 遊雅堂特徴 Release
January 11, 2023

Notice of Change of President and Representative Director（PDF 102KB）
January 4, 2023

2023 New Year’s Greet遊雅堂クレジットカード出金g from President Keiichi Kobayashi
- Summary for the Employees -

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