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DZS
Germany
Приєднався 13 лип 2011
DZS is a global provider of broadband solutions for a world of maximum connectivity and highest bandwidths. Our technology pillars:
- Broadband ACCESS: future proof 1/10G networks via XGS-PON, GPON, Active Ethernet, xDSL and G.fast
- Connected PREMISES: a comprehensive selection of ONTs and CPEs for network termination at the end customer's premises and passive optical LAN
- Front and backhaul solutions for MOBILE networks: 4G/5G-communications with lowest latency for highest mobile capacity, coverage and QoS for the 5G era
More than 1,000 network operators and companies in 100 other countries rely on DZS and its innovative, agile and interoperable solutions.
- Broadband ACCESS: future proof 1/10G networks via XGS-PON, GPON, Active Ethernet, xDSL and G.fast
- Connected PREMISES: a comprehensive selection of ONTs and CPEs for network termination at the end customer's premises and passive optical LAN
- Front and backhaul solutions for MOBILE networks: 4G/5G-communications with lowest latency for highest mobile capacity, coverage and QoS for the 5G era
More than 1,000 network operators and companies in 100 other countries rely on DZS and its innovative, agile and interoperable solutions.
Breitband-Access auf völlig neuem Niveau | DZS
DZS | Enabling the Hyper-Connected World
Переглядів: 178
Відео
Advancing Broadband Access To a Whole New Level - DZS-KEYMILE Becomes DZS
Переглядів 8343 роки тому
Advancing Broadband Access To a Whole New Level - DZS-KEYMILE Becomes DZS
KEYMILE - because connectivity matters
Переглядів 3,3 тис.9 років тому
KEYMILE is a leading supplier of telecommunications solutions with key facilities in Germany and Switzerland. The flexible and robust multi-service access and transmission systems allow network operators to provide a wide range of voice and data services on copper wire and optical fibre. Simultaneous availability of IP/Ethernet and TDM technology guarantees perfect evolution to packet-based dat...
MPLS Part 3: Quality of Service
Переглядів 72 тис.9 років тому
This tutorial wants to show why we need QoS. How it is implemented in general terms and how we map it into an MPLS network. More information can be found on our Homepage at goo.gl/64ixXI or visit our InfoPortal at goo.gl/YmjWYk
KEYMILE auf der ANGA COM 2015
Переглядів 8899 років тому
Die ANGA COM, die vom 9.-11. Juni in Köln stattfand, ist die wichtigste Breitband-Messe in Deutschland. KEYMILE zeigte auf der ANGA COM die neuesten Lösungen für effiziente und zuverlässige Breitbandnetze. Auch für anwendungskritische Netze hatte KEYMILE die passende Lösung dabei: die neue Multi-Service-Zugangs- und Transport-Plattform XMC20. Mehr Informationen finden Sie auf www.keymile.com/?p...
CommunicAsia2015 Interview with Stephan Hampel & Daniel Chen
Переглядів 5069 років тому
Stephan Hampel, Executive Director APAC & MEA, and Daniel Chen, Managing Director KEYMILE Systems in China, talk to Brian Dolby about the KEYMILE strategy in Asia, and about the launch of the new XMC20 platform for mission-critical applications, an area where KEYMILE has a strong footprint in the region already. More information on this topic can be found at www.keymile.com/?pk_campaign=youtube...
MPLS Part 2: MPLS-TP
Переглядів 162 тис.10 років тому
A comparison of IP/MPLS and MPLS-TP. A introduction to the main features, OAM tools and benefits of MPLS-TP for transport networks. More information on this topic can be found at www.keymile.com/?pk_campaign=youtube&pk_kwd=youtube or visit our InfoPortal at infoportal.keymile.com/?pk_campaign=youtube&pk_kwd=youtube.
MPLS Part 1: The Basics of Label Switching
Переглядів 404 тис.10 років тому
An introduction to the basic concepts of MPLS technology; an explanation of the terms used; illustrations of how the concept of label switching works. More information on this topic can be found at www.keymile.com/?pk_campaign=youtube&pk_kwd=youtube or visit our InfoPortal at infoportal.keymile.com/?pk_campaign=youtube&pk_kwd=youtube.
IPv6 Part 3: IPv6 in the Network
Переглядів 1,2 тис.10 років тому
An explanation of how IPv6 is to be used in Networks. Includes a description of the 3 Address Scopes; looks at Destination types ; Broadcast and Multicast; number ranges in the IANA-defined categories. More information on this topic can be found at www.keymile.com/?pk_campaign=youtube&pk_kwd=youtube or visit our InfoPortal at infoportal.keymile.com/?pk_campaign=youtube&pk_kwd=youtube.
IPv6 Part 2: All About the IPv6 Address
Переглядів 1,4 тис.10 років тому
An explanation of what the IPv6 looks like, and how it differs from the IPv4 format. More information on this topic can be found at www.keymile.com/?pk_campaign=youtube&pk_kwd=youtube or visit our InfoPortal at infoportal.keymile.com/?pk_campaign=youtube&pk_kwd=youtube.
IPv6 Part 1: Why the need for IPv6
Переглядів 4,2 тис.10 років тому
A general introduction to the history behind the need for IPv6 and how it's launch came about. More information on this topic can be found at www.keymile.com/?pk_campaign=youtube&pk_kwd=youtube or visit our InfoPortal at infoportal.keymile.com/?pk_campaign=youtube&pk_kwd=youtube.
Broadband World Forum 2013 Interview with Jochen Krauß
Переглядів 13510 років тому
More information on this topic can be found at www.keymile.com/?pk_campaign=youtube&pk_kwd=youtube or visit our InfoPortal at infoportal.keymile.com/?pk_campaign=youtube&pk_kwd=youtube.
FTTH Conference 2013 Interview with Wolfgang Spahn
Переглядів 53211 років тому
More information on this topic can be found at www.keymile.com/?pk_campaign=youtube&pk_kwd=youtube or visit our InfoPortal at infoportal.keymile.com/?pk_campaign=youtube&pk_kwd=youtube.
MileGate Video 2006 (deutsch)
Переглядів 88013 років тому
MileGate - Eine Zugangsplattform für alle Anwendungen: MileGate vereint den Carrier-Grade-Breitbandzugang, Telefonie und Datenschnittstellen in einer einzigen kompakten IP/Ethernet-basierten Multi-Service Zugangsplattform. So können Netzbetreiber weiterhin traditionelle Telefonie- und Breitbanddienste unterstützen, gleichzeitig zum NGN (Next-Generation-Network) migrieren und hochwertige Triple ...
MileGate Video 2006 (english)
Переглядів 1,4 тис.13 років тому
MileGate - One access platform for all your needs: MileGate combines carrier-grade broadband access, telephony and data interfaces in one single, compact IP/Ethernet-based Multi-Service Access Platform. As a result, network operators can continue to support traditional telephony and broadband services, migrate to the NGN (Next Generation Network) and provide Triple Play and broadband business s...
KEYMILE Corporate Video 2011 (russian)
Переглядів 30213 років тому
KEYMILE Corporate Video 2011 (russian)
KEYMILE Corporate Video 2011 (english)
Переглядів 1,1 тис.13 років тому
KEYMILE Corporate Video 2011 (english)
label 17 ignored until arrive to destination LER, so what the point the packages get label 17 on incoming LER then?
The best video on MPLS
Hi, very nice presentation, it’s simple to understand and the flow which you have used to demonstrate are excellent. If you don’t mind, please share the PPT.
Great Job, thank you
Great tutorial; you deserve more views.
The best tutorial video I have seen thank very much I’m appreciate your efforts
Best Video on MPLS.
VERY NICE SIR, PLZ make a tutorial on SD wAN as well
TERIMA KASIH ATAS INFORMASIINYA BINTANG ⭐⭐⭐⭐⭐
is there a better quality of this video somewhere?
i'm afraid that is the only video there is. maybe one day i will remake it.
ممكن شرح عن النظام
You passed the 2^16 views!
What is Psedowire pls elabarate
Pseudo-wire is an emulation of the various types of services over a packet network. The most common service carried by the PW is L2 Ethernet connection. Pseudo-wires can be implemented using LDP or RSVP-TE tunnels. It can emulate P2P connection for VLL (Virtual Leased Line) service or p2mp using VPLS (Virtual Private LAN Service). For VPLS, multiple PWs might be needed to connect PEs in a full mesh topology. Different types of tunnels can be used to build PW.
is there anyone else experiencing an issue with their vide quality? mine is only audio no video is displayed
Thanks , is it still relevant after 7 years ?
Only masters can make complex things easy instead of vice vesa.
Thanks for the tutorial
Excellent Video. Thanks for sharing.
Thanks for watching & your nice feedback!
excellent very clear and concise
Thank you very much!
excellent video on MPLS. help understand MPLS in an easy and clear way ! thank you
Thank you! We are glad to hear that.
thank you great explanation. What has the uptake been like? has MPLS-TP been adopted in transport networks?
Briefly - yes it is becoming increasingly popular in transport networks. Many Mission Critical market segments are now employing the technology: rail, air traffic management, power distribution to name a few. For your information, KEYMILE / DZS sold their MPLS-TP technology to 'Hitachi ABB Power Grids' 4 years ago.
Very well explained the topic. Thank you
You're welcome!
The best video about MPLS EVER!!!!
Well, we're certainly glad to hear it, Ronald Retana.
very informative! thank you !
You're welcome!
excellent !
Thank you!
Gutes Video
Danke, das freut uns!
Many thanks
This video makes MPLS easy to understand.... 5 stars from me
Great Video, very informative
Fantastic intro to MPLS!!!!!! Thank you!
good explaination, sir can you send me the power point sir? thank you
WoW , what a video mate. Thanks
Great!
Very nice! Thanks.
Excellent. Very well done and clear explanation!
Very neat
At the end it says mpls tp can replace sdh. Then what is the layer 2 infrastructure that it uses
A TDM service (e.g. X.21 or PCM) is traditionally carried by an SDH (SONET) network. However if the network is Ethernet (Layer 2) then the TDM service can be packetised into a pseudowire using SAToP or CESoPSN and placed in an MPLS-TP tunnel. So in this case Layer 2 is Ethernet - Layer 2.5 is MPLS-TP - Layer 3 is IP - Layer 4 is UDP and RTP (for the circuit emulation). Both SDH protection rings and MPLS-TP protection rings can switch in less than 50ms which is the requirement for many mission critical applications - thus MPLS-TP can replace SDH. MPLS-TP can be a little tricky to understand initially because it is carried by Ethernet and carries Ethernet.
Great video. The graphics really helped to illustrate the concepts
Amazing! Thanks a million!
Can you please make a video on cross connection of your device LCC XMP-1.
Tata group will follow the old traditional model ..then they will be fixed in all sectors by him admk
This is what happened to TTSL Seshadhri vs Archana Patnaik. Or Sumanth..ellamthala yeluthu...
thanks for your all efforts and explaining things in such an easy way
Very good MPLS Article
Very informative and easy to understand! And i like your voice very much too :)
Excellent Explanation!!!
Sir MPLS-TP has any format like SDH frame format. Please share
The similarity of MPLS-TP and SDH is that both can carry TDM services (the services must first be packetised into a pseudowire before being placed in the MPLS-TP tunnel). SDH rings are able on failure to switch direction to the protecting path within 50ms. MPLS-TP rings can also switch direction within 50ms.
par tous le esprits,je veux une explication très simple en francais
thank you so much. That really helped me to understand the concept.
thank you very mutch