The document provides information about Foxcom, including:
1) Foxcom was founded in 1993 and has since expanded to sales in over 50 countries with headquarters in Israel and the US.
2) It offers fiber optic solutions for satellite signal distribution and interfacility links, including the SDTVplus system for delivering satellite TV to multi-dwelling units and the Sat-Light product for transmitting satellite signals over long distances.
3) Foxcom has a global customer base that includes major satellite and cable companies as well as military and government organizations.
Increasing the usable Ka band spectrum for satellite communications--the CoRa...techUK
Presentation from the UK Spectrum Policy Forum Plenary meeting on 14th July 2015.
Guest talk by Prof. Barry Evans, The Alec Harley Reeves Chair in Information Systems Engineering, CCSR, University of Surrey
TV White Space Webinar presented by Dorin Goldfeder, Sales DirectorDorin Goldfeder
This presentation outlines the great opportunities around the new emerging TV White Space Broadband technology as well as an insight to the end to end solution proposed by Runcom to facilitate Wireless Internet Providers with better coverage and cost effective solutions for serving remote and NLOS subscribers.
A brief presentation of Runcom's profile, a pioneer and a leader manufacture of OFDMA based end to end Wireless Broadband Access Infrastructure Solutions for the global 4G market using Wimax and LTE propriety technology.
Drones transmitting and receiving data via Non Line of Sight communicationZack Burt
Recent FCC regulation enables new opportunities in non line of sight communications. Presentation regarding the potential for Drones to benefit from bandwidth available in the TV White Space spectrum (channels 14 through 51).
Increasing the usable Ka band spectrum for satellite communications--the CoRa...techUK
Presentation from the UK Spectrum Policy Forum Plenary meeting on 14th July 2015.
Guest talk by Prof. Barry Evans, The Alec Harley Reeves Chair in Information Systems Engineering, CCSR, University of Surrey
TV White Space Webinar presented by Dorin Goldfeder, Sales DirectorDorin Goldfeder
This presentation outlines the great opportunities around the new emerging TV White Space Broadband technology as well as an insight to the end to end solution proposed by Runcom to facilitate Wireless Internet Providers with better coverage and cost effective solutions for serving remote and NLOS subscribers.
A brief presentation of Runcom's profile, a pioneer and a leader manufacture of OFDMA based end to end Wireless Broadband Access Infrastructure Solutions for the global 4G market using Wimax and LTE propriety technology.
Drones transmitting and receiving data via Non Line of Sight communicationZack Burt
Recent FCC regulation enables new opportunities in non line of sight communications. Presentation regarding the potential for Drones to benefit from bandwidth available in the TV White Space spectrum (channels 14 through 51).
LONG HAUL MULTI-GIGABIT MICROWAVE: A NEW APPROACHAviat Networks
As the data capacity demand on mobile phone and other wireless operator networks booms, their telecom backbones, or backhaul infrastructures, have struggled to keep pace. To get high volumes of data from coast to coast, operators have in more recent times relied on fiber optic technology for their voice and data traffic. However, for these long-haul operations, fiber lacks practicality, flexibility, cost effectiveness, security and quick time-to-market. Increasingly, operators are turning to the original long-haul telco solution to meet all these needs: microwave radio.
Microwave technology options are various and highly dependent on the specific application being deployed. However, by focusing on the three key factors of capacity, cost and reliability, a network operator can decide if all-indoor, split-mount or all-outdoor microwave radio is the best choice. These slides looks at these factors and microwave technology options.
With worldwide mobile backhaul connections increasing from 5 to 10 Mbps in 2009 to 50 Mbps by 2012, mobile operators, network equipment vendors and others must implement new strategies to cope with the influx. Fiber, copper, microwave, millimeter wave—each backhaul medium has its own advantages and limitations in terms of availability, cost to deploy, operational cost, speed/distance and regulatory considerations. What is the right strategy for today’s 3G and emerging 4G ecosystem, and is there any hope of leveraging today's backhaul assets for three (let alone five) years?
In this webinar, Jennifer Pigg, Yankee Group research VP, examines the mobile backhaul solutions operators are deploying today and the emerging strategies for tomorrow.
LTE & Wi-Fi: Options for Uniting Them for a Better User ExperienceAricent
Most national governments consider the radio spectrum a valuable national resource and heavily regulate its commercial use. Governments typically auction off licenses for the right to transmit over a portion of the spectrum, which can be very expensive. The traditional business model for cellular
carriers is based on access to this licensed business has coalesced worldwide around a single 4th generation (4G) radio technology standard called Long Term Evolution, commonly referred to as LTE.
LONG HAUL MULTI-GIGABIT MICROWAVE: A NEW APPROACHAviat Networks
As the data capacity demand on mobile phone and other wireless operator networks booms, their telecom backbones, or backhaul infrastructures, have struggled to keep pace. To get high volumes of data from coast to coast, operators have in more recent times relied on fiber optic technology for their voice and data traffic. However, for these long-haul operations, fiber lacks practicality, flexibility, cost effectiveness, security and quick time-to-market. Increasingly, operators are turning to the original long-haul telco solution to meet all these needs: microwave radio.
Microwave technology options are various and highly dependent on the specific application being deployed. However, by focusing on the three key factors of capacity, cost and reliability, a network operator can decide if all-indoor, split-mount or all-outdoor microwave radio is the best choice. These slides looks at these factors and microwave technology options.
With worldwide mobile backhaul connections increasing from 5 to 10 Mbps in 2009 to 50 Mbps by 2012, mobile operators, network equipment vendors and others must implement new strategies to cope with the influx. Fiber, copper, microwave, millimeter wave—each backhaul medium has its own advantages and limitations in terms of availability, cost to deploy, operational cost, speed/distance and regulatory considerations. What is the right strategy for today’s 3G and emerging 4G ecosystem, and is there any hope of leveraging today's backhaul assets for three (let alone five) years?
In this webinar, Jennifer Pigg, Yankee Group research VP, examines the mobile backhaul solutions operators are deploying today and the emerging strategies for tomorrow.
LTE & Wi-Fi: Options for Uniting Them for a Better User ExperienceAricent
Most national governments consider the radio spectrum a valuable national resource and heavily regulate its commercial use. Governments typically auction off licenses for the right to transmit over a portion of the spectrum, which can be very expensive. The traditional business model for cellular
carriers is based on access to this licensed business has coalesced worldwide around a single 4th generation (4G) radio technology standard called Long Term Evolution, commonly referred to as LTE.
The Antenna Authority. Laird Connectivity is the Industry Leader in Antennas Performance and Reliability. Learn more about the antenna solutions and applications.
An overview of Plasma Antennas product portfolio of beamsteering, beamforming antennas as used in the cellular, mobile, wireless, Oil & Gas and government and defence industries.
Also included is an overview of our ground breaking Plasma Antenna device (PSiAD) which is a monolithic silicon antenna that incorporates plasma technology to provide a fast switched beam antenna thus giving a beamsteering capability for radios operating in the 1GHz to 120GHz range.
Both the antenna ranges can be classed as smart as they allow for high power, wide bandwidth antennas that can be used for wireless backhaul, small cell backhaul, small cell access in 4G LTE and LTE-A deployments.
Some of the designs provide smart beamforming capability at the common satellite frequencies thus giving a Land/Mobile terminal with steering that can track a satellite - L-band, X-band, KU-band and Ka-band are all supported.
Finally our higher mmWave frequency solutions are ideal for high capacity backhaul, interference reduction in data demanding 4G and 5G cellular networks and we are currently researching support for mmWave 5G antenna with full beamsteering and beamforming.
Line Card Categories
•SCADA Radios
•Cellular Solutions
•Industrial Networking
•Remote Automation Solutions
•Point to Point, Point to Multi Point,
Mesh Radios
•Wi Fi Systems
•Land Mobile Radio Communications
•Mobile Commutations &
Mounting Solutions
•Fiber Optics Offering
•Power Systems
•Test Equipment
•DAS (Distributed Antenna
Systems)
•Infrastructure Offering (3 Slides)
•Tessco’s Training Courses
Beyond Consumer and Ka-Band: The Future of Traditional VSATNewtec
While everybody today is talking about consumer VSAT and Ka-band, there is also a very large traditional VSAT market.
Recent satellite and VSAT technology evolutions are opening doors to VSAT markets which have been out of reach before.
Presented during a similarly named webinar in June 2013, this presentation tackles the following questions:
- Do C- and Ku-band still have a future in VSAT? And what would that future look like?
- Which new markets have been enabled with recent VSAT technology evolutions?
- How to generate more revenues while optimizing your CAPEX/OPEX resources?
Fore more info, check out our website: http://www.newtec.eu/applications/consumer-enterprise-vsat
Gilat satcom + IP planet branding the joint ventureEcommmax
Re-Branding process of the joint venture between ip plant and Gilat satcom was one of the complicated process i was involved at. So much passion was involved at this merge.
תחום האנרגיות המתחדשות בכלל וה" אנרגיה הסולארית " בפרט הפך להיות נושא מדובר בשנים האחרונות. חברת יונירום הציבה לעצמה למטרה להפוך להיות חברה מובילת דרך בתחום ה- מערכות הסולאריות וה- אנרגיה הסולארית בישראל, לצורך כך יצרה החברה שיתוף פעולה עם חברת "קונרג'י" הגרמנית אשר פועלת שנים רבות בתחום זה ועומדת מאחורי התקנות רבות של מערכות סולאריות ברחבי העולם. חברת יונירום משוכנעת כי הנסיון בן עשרים השנה שצברה בתחום המרת האנרגיה הינו בעל חשיבות עליונה בעת הבחירה במערכת סולארית. כאשר הלקוח רוכש מוצר שצריך לעבוד במשך 30 שנה, חשוב שתהיה מאחוריו חברה יציבה ואמינה. לקוחות יונירום יכולים לישון בשקט ולדעת שאנו נהיה שם בשבילם גם בעשרות השנים הבאות. בעזרת חדר בקרה השולט בכל המערכות הסולאריות המותקנות על ידי יונירום, אנו יכולים לזהות תקלות בכל רגע נתון ולטפל בבעיה עוד לפני שהלקוח יודע על קיומה.
מדינת ישראל התחילה לעודד את השימוש באנרגיה סולארית.
הלקוח מקבל התחייבות ל-20 שנה מחברת החשמל, לפי ההתחייבות חברת החשמל תשלם ללקוח 1.97 ש"ח לקווט"ש בצמוד למדד הצרכן.
הרשויות מקלות את הליכי קבלת האישורים לבנייה.
לכולנו יש אינטרס להוריד את רמת הזיהום שיוצרות תחנות הכוח.
2. Company History
1993 - Founded by Howard Loboda
1994 - 1st SAT-LIGHT Product sales
1995 - Seed Capital (ISP)
1996 – Sat-Light Globalstar Project
1997 – APAX Venture Capitol (4.7 million $)
1997 - SDTV Launched
1998 - Foxcom spins off Cellular Division, Foxcom Wireless
1999 - CIBC of Venture Capital -$8m
2000 - Name change to OnePath Networks
2000 - Aurec round of Venture Capital of $40M
2002 - Company restructured to focus on Sat-Light and SDTVplus
3. Foxcom in 2004
• HQ in Israel (including R&D and Operations)
• Sales and Marketing HQ in the USA
• Represented in more than 35 Countries
• Sales in more than 50 Countries
• ISO 9001:2000 Certified
4. Corporate Competencies
• ISO 9001:2000 Approved
• BELCORE grade components
• Multiple source component vendors
• ISO-9000 Subcontractors, vendors and manufacturers
• Design and Test controlled In-House
• RF to Fiberoptic technology
– Multiple Markets & Applications
• Commercial – Video & Data distribution
• High Energy Physics & Instrumentation
• Governmental / Military communications
– System & circuit Design
• Optical
– System Design
– Component Specification
– Characterization of Fiberoptic Components
• Lasers, Photodiodes, Amplifiers, Systems
• Engineering / Integration / Testing – In-House / Outsourcing through World class
Manufacturers
• ISO Certified Quality Systems – R&D, Manufacturing and Sales/Marketing
5. Worldwide Customers
USA Europe Pacific Rim/Africa
AOL ALCATEL NEC
BELLSOUTH SES-ASTRA KDDI (Japan)
TIME WARNER BRITISH TELECOM SINGAPORE TELECOM
CNN BBC SK TELECOM (Korea)
AT&T BSKYB OPTUS (Australia)
DIRECTV DEUTSCHE TELECOM CCTV (China)
HUGHES GLOBECAST SARFT (China)
INTELSAT KINGSTON MEDIASTREAM CHUNGWA (Taiwan)
PANAMSAT NEWSKIES SATELLITES HONG KONG CATV
SCIENTIFIC ATLANTA NTL TELKOM (S. Africa)
VIACOM / MTV UPC
VYVX MULTICHOICE (S. Africa)
GILAT KOREAN ARMY
GSI BRITISH NAVY & ARMY
GE AMERICOM TAIWANESE ARMY
SWEDISH ARMY
RAYTHEON SWISS ARMY
NBC ISRAELI AIRFORCE
US STATE DEPARTMENT
US NAVY & ARMY
6. Foxcom’s Advantages
High Bandwidth Technology
RF & Fiber Experts
Integrated Solutions
Worldwide Customer Support
7. Benefits of Fiberoptic over Coax
• Low Signal Attenuation
• Low Cost
• Flexible Construction
• Electrical Isolation
• Site Diversity
• Security
• Broadband / Multi-carrier Applications
10. What are the Services that Customers Want?
High Speed Internet DBS CATV
11. What is the SDTVplus System?
• Foxcom's patent pending Satellite Distribution TV system (SDTVplus™) is a
single-wire hybrid
fiber-coax (HFC) cable distribution system with a built-in return path.
• SDTVplus delivers RF video and data formats to individual units in Multiple
Dwelling Units (MDUs) and garden style apartments.
• From a single DBS/DTH satellite antenna and CATV input, SDTVplus enables
the connection of all apartments to a fiberoptic backbone overlaid on the
existing coaxial infrastructure.
• SDTVplus comes in a variety of platforms, giving maximum flexibility when
designing a system.
12. SDTVplus Features
2.4 GHz of Bundled Services Over a Single Fiber
• DBS plus CATV Delivered over to your Home
Serves Any Size Properties
Full Array of Analog/Local Programming plus DBS/DTH
Leverages Existing Coax Installed in the Home
Full 2 Way Compatibility - Ready for Advanced MDU Services
High power output for In-House Splitting/Multiple Outlets for Each Subscriber
15. Hybrid Fiber Coax System
•Solution for CCTV, VHF, UHF, CATV, Dual Polarity DBS/DTH, and High Speed
Internet
•Integrates into Existing Coax Infrastructure
•Transparent to Cable-Modem Based Internet
•Serve up to 30 units with a Single MiniHub
16. Fiber Return Path System
•Single Fiber Solution for CCTV, VHF, UHF, CATV,
Dual Polarity DBS/DTH, and High Speed Internet
•Cost Effective Solution for Advanced Two-Way
MDU Service Deployment
•Integrate Existing Architecture into a Fiber Based
System
•Serve up to 30 units with a Single MiniHub
•Eliminates Return Path Ingress
17. Multipolarity System
•Up to Eight DBS/DTH Polarities
•Delivered to the Home
•Up to 4 Outlets per Home
•Simple Cascading Architecture
19. Sat-Light Interfacility Links
Connects Satellite Dishes with Control Rooms, NOCS, broadcast
headends
Supports L-Band and 70/140 MHz IF Band
Wideband and Multi-Channel Transmission
Short to long Distance Transmission
Wide Range of Accessories
21. Sat-Light Links
70/140 MHz IF L-Band C-Band X-Band
10 - 200 MHz 950 - 2500 MHz 3.4 - 4.2 GHz 7.9 - 8.4 GHz
(Uplink) (Uplink)
5.8 - 6.8 GHz 7.25 - 7.75
(Downlink) (Downlink)
•Products features include Gain Control, RF Test Ports, Monitoring & Control
Ports, LEDs
•All Links are Protocol Transparent and Digital Ready
•Compatible for 3U Chassis
•Wide Range of Accessories Available for a Complete System Solution
22. Outdoor Units (L-Band and 70/140 MHz)
VERSATILE AND COMPACT WEATHERPROOF SERIES OF FIBEROPTIC
INTERFACILITY LINKS OFFERS A WIDE RANGE OF OPTIONS
FOR BOTH UP AND DOWNLINK APPLICATIONS.
70/140MHz IF High Dynamic
Range, Multi Carrier Series
L-band, Short Distance
Downlink Series
23. CWDM Multiplexing
•CWDM is used when more
bandwidth is needed in fiber.
•Foxcom CWDM Units multiplex up to
8 Channels
•CWDM reduces the cost of leasing
or laying fiber
•Thin film filter technology gives
reliable and
cost-effective performance
24. Sat-Light Accessories
• Chassis and Power Supply
– Model 7100M/S 19”3U Chassis with Main and Standby PS
– Model 7100M/S 19”3U Chassis with Main and Standby PS with 6 slots, including
25 pin D-connectors for M&C, Open collector alarms and monitors
– Model 7180M 19”3U Chassis with Main and Standby PS with 8 slots, including
25 pin D-connectors for M&C, Open collector alarms and monitors
• Data Link for M&C
– Model 7050 Asynchronous, 1 or 5 Channel Data Link
• Redundancy Switch
– Model 2000 1:1 Redundancy Link
• RF Amplifier
– Model 2100 High Gain Amplifier
• Relay Adaptor
– Model 2300/2380 Relay Adaptor, provides dry contact outputs