650 Group
  • Home
  • Programs
    • WLAN Infrastructure
    • Telecom Core Networks
    • Ethernet Switch Programs >
      • Ethernet Switch - Total
      • Ethernet Switch - Data Center
      • Ethernet Switch - Campus
      • Ethernet Switch - Carrier Ethernet
      • Campus Networks
      • Ethernet Switch - SMB
    • Application Delivery Controller (ADC)
    • Merchant Silicon in the Data Center
    • Market Intelligence Reports
    • Consumer IoT
    • Disaggregated Routing Report
    • Industrial Switching Report
    • Multi-Cloud Workloads Forecast and Research Report
    • Secure Access Service Edge (SASE) Forecast and Research Report
    • 800 Gbps Report
    • Infrastructure as a Service (IaaS) Hyperscaler SWOT Report
    • SONiC Report
    • Single Pair Ethernet Forecast Report
  • News
    • Press Releases
  • Blog
  • About
  • Employment
  • Contact
  • Clients
  • Infrastructure as a Service (IaaS) Hyperscaler SWOT Report

650 Group Blog

Juniper Networks - Reinvigorating the Enterprise

9/11/2019

0 Comments

 
Juniper held its industry analyst day last week to present its strategy update to the market; the company wants to change networking for the cloud era.  The company reiterated its commitment to three customer types: cloud provider, service provider, and enterprise.  The company is making investments to take advantage of multiple technologies:  400 Gbps, 5G, Multi-cloud, segment routing across its portfolio for multiple IPv4 and IPv6 use cases; artificial intelligence (AI); and security.  An underlying theme for Juniper’s enterprise strategy is its AI-focus that comes with its Mist acquisition, a WLAN company; the company is transferring this AI technology to its wireline products in the coming quarters.  We cannot emphasize enough how big the opportunity is for Juniper in the enterprise market.  The company has taken on a big task by extending the Mist AI engine to other parts of the portfolio, starting with the campus and branch switching and routing products, but we expect customers will see the value of automation and intelligence throughout the enterprise product line.
Picture
The company highlighted several key points of differentiation:
• A cloud-optimized, Linux based version of Junos is available for certain data center use cases 
  • Silicon photonics Aurrion optics will be available starting in the 400 Gbps optical era 
  • Contrail Networking is deployed widely (in ~50 Tier 1 and 2 service providers) for its automation and SD-WAN cloud-native capabilities
  • The most recent in-house developed semiconductors supporting 400 Gbps: Triton (for PTX routers and QFX switches) & Penta (for MX routers)
  • AI Artificial Intelligence including its Marvis system will be used to simplify operations, first for WLAN, and then it will be made available through its enterprise wired products

Enterprise. To emphasize its re-invigorated focus on enterprise, the company highlighted its recently closed acquisition of Mist Systems, an AI and WLAN vendor, which bolsters its enterprise product breadth.  Now Juniper has a wide product portfolio: WLAN, switching, SD-WAN, routing, and security.

Service Provider.  The company is showing good growth in its cloud-delivered SD-WAN offering. The company supports segment routing across its portfolio for multiple IPv4 and IPv6 use caseswhich it believes will allow it to serve 5G needs of operators. Contrail system Networking has been deployed widely to control and manage virtualized infrastructure EPC, IMS, and combined control plane systems at operators. Juniper continues to invest in high performance routing as evidenced by its strong position in the emerging 400Gbps market.

Cloud.  Juniper expects that in the 400 Gbps era, it can take market share in Tier 1 hyperscaler switching because it has addressed some deficiencies it had not delivered in the 100 Gbps era. This includes support for SONIC, P4, Stratum, and other private APIs.  It expects to ship the PTX 10008/16, with 14.4 Tbps per slot, by year-end 2019.  Juniper is also disaggregating Junos to meet cloud operators’ flexible consumption models and cloud-optimized architectures.

Business Model.  The company expects that by the year 2021, it will get 16% of its revenues from software.  It revealed that recently, it was at 10%.  

0 Comments

400 Gbps – Security is Pivotal as Speeds in the Data Center Move Beyond 100 Gbps

6/6/2019

0 Comments

 
MACSec Helps Pave the Way to End-to-End Data Security

As consumers and businesses put more data in the Cloud, the importance of securing that data increases.  In just the last year, we have seen advanced threats and attacks by various entities to hack into that data and hyperscalers push back with both public and private mechanisms. Securing that data goes beyond just basic encryption or securing a server, and the role of the network is critical to better protection of data.

Many cloud customers are looking at providing end-to-end security to ensure, as best they can, that data can not be compromised.  MACSec plays an important role in the future on how networks talk to each other and how the secure transmission of data between different locations.  Security is especially important with 400 Gbps, as Cloud providers adopt 400 Gbps, it is not only being used for transmission within the data center but also Data Center Interconnect (DCI).  Cloud workloads will increasingly require secure connectivity between data centers.

Looking at the Ethernet Switch and Router markets, we project the percent of ports shipping with MACSec will increase significantly over our forecast horizon.  We expect vendors will continue to offer versions with and without MACSec, but as we move forward in time and have more purpose-built offerings for the hyperscalers that some products will only ship with MACSec.

The additional features and functionality included in Ethernet switches and Routers are positive for the industry.  It not only increases features which help grow ASPs and revenues, but it also increases the amount of Ethernet ports shipped by expanding the number of use cases.  400 Gbps DCI is a great example of feature and addressable market expansion.

By Alan Weckel, Founding Analyst, 650 Group.

0 Comments

OFC 2018 Theme: 400 Gbps

3/15/2018

0 Comments

 
We attended the #OFC18 show and found the major theme to be the emergence of 400 Gbps modules.  The next most noteworthy theme, we though, was that made by a single company, Nokia, which made its PSE-3 engine announcement.  Juniper also caused a buzz with the introduction of its ACX6360 router/packet optical product announcement (paired with other announcements, too).  There were countless other announcements at the show that we will touch on in our reports, but these struck us a quite noteworthy.
PictureChris DePuy looking to the future at #OFC18

400 Gbps optical modules, generally, are expected to be ready for sampling in the next couple months, and then be ready for volume shipments in 1H19.  Most every module vendor is planning to introduce DD-QSFP.  A subset of the same vendors was demonstrating OSFP modules, suggesting it was less popular at this time.  We recognized a sub-theme of the 400 Gbps theme was that vendors, including Cisco and Juniper were both demonstrating hardware designs that are capable of operating at 15 Watts, which appears to be the heat that will be generated for some of the 400 Gbps modules.  At the time of the show, module companies reported to us that the DSPs that would power 400 Gbps modules were unavailable, and the way it was represented to us on multiple occassions was that there is no clear indication which DSP maker would introduce the first working part.

Nokia made its PSE-3 chip announcement in support of its Optical Transport product line.  It was standing room only, with lots of customers involved in the presentation (not just a bunch of analysts and competitors).  We were impressed with the marketing aspect of this announcement, but also with the the statement, "we have reached the economic Shannon's limit" with the introduction of the PSE-3 engine.  The implication of economic Shannon's limit is that to achieve an even more efficient design that would asymptote even closer to the theoretical Shannon's limit would be too costly.  The company is claiming 25% improvement in capacity and reach, 70% increased network capacity, 60% reduction in power per bit.  Chungwa Telecom and Facebook were live, on stage, serving as references for Nokia's launch.  We expect full fledged PSE-3 based products will be available in about 9-12 months based on discussions at the show.

Juniper announced its ACX6360 system (as well the announcement of the ACX5448 Universal Metro Router and the PTX10002 Packet Transport Router).  The ACX6360 can operate as a packet optical device, and with a software update, can also operate as a router. The general idea behind the introduction of this product is it can serve in either the packet optical transport role or as a IP/MPLS router, thereby collapsing multiple networking layers into a single platform operating at speeds up to 200 Gbps.  For many uses cases, it could reduce the number of boxes from two (packet optical plus router) to one (ACX6360).  

0 Comments

100 Gbps Serial at OIF, the Stepping Stone Beyond 400 Gbps

1/16/2018

0 Comments

 
The market is in a period of rapid adoption of higher speeds led by the hypserscalers.  The industry used 2016 and 2017 to adopt 25 Gbps and 100 Gbps port speeds based on 25 Gbps SERDES technology.  As we enter 2018, those same hyperscalers are about to adopt 50 Gbps, 200 Gbps, and 400 Gbps port speeds based on 50 Gbps SERDES at a record shattering pace.  In the data center alone, there are now eight unique port speeds, with countless more unique variations of form factor and pluggable distance.
 
The market will need additional bandwidth beyond what is currently available today.  Several of these technologies were highlighted at the OIF Forum conference.  100 Gbps SERDES will help drive the industry towards that goal.  Looking forward, 100 Gbps SERDES will help drive wave two of 400 Gbps, which will help enable Ethernet to extend its reach well outside of short reach data center distances.  At the same time, it will also have a long life, with use cases ranging from enterprise to service provider.
 
The big question often asked is why after so many years for the market to adopt 10 Gbps, will we suddenly see a more rapid pace of adoption going forward?
 
There are many reason why, but we should look at a few things are different this time.  First, the hyperscalers are a new type of customer.  Hyperscalers truly bring a new scale to networking and compute in a way that makes the traditional SPs look small.  Second, SDN, the hyperscalers have done something unique here that often gets overlooked that is occurring right now, in the second half of this decade.  Hyperscalers are increasing the utilization rate of their compute and networking resources.  For compute, this is approaching 100% utilization so the industry is in a period where hyperscalers, using SDN are able to grow network bandwidth at a pace faster than what the CPU is scaling.
 
This more rapid pace will not continue forever, but is one of the reasons why innovation over the next several years will occur more rapidly than historic norms and why it will be important for the industry to think about how to invest across speeds and technologies in order to better leverage existing investments.  If not, the pace of innovation will simply be too much to recoup investment in the compresses timelines we are currently in.
0 Comments

Broadcom – Tomahawk 3 joins the race to 400 Gbps

12/20/2017

0 Comments

 
Broadcom joined both Innovium and Nephos by publicly announcing 12.8 Tbps fabrics with its Tomahawk 3 product line.  We love new data center silicon from all vendors, it is something we track closely and we see these as a disruptive technologies to the networking ecosystem and an enabler of next generation cloud architectures.  There will be many more such announcements in 2018.  Here are some of our takeaways as we enter 2018.
 
More rapid innovation cycle – Even noted in the Broadcom's Tomahawk 3 press release, we see the demand requirements of the hyperscalers as driving a more rapid cycle of silicon over the next couple generations.  Tomahawk 3 is being introduced less than the typical 24 months we see separating prior between generations of data center fabric semiconductors.  This will put significant pressure on parts of the supply chain, especially on optics vendors.  Optics vendors are still ramping for 100 Gbps and now must support both OSFP and DD-QSFP for 400 Gbps, essentially doubling their product diversity needs.  Not only are there more form factors, but there are also different variations of distance and specifications that increase the complexity.
 
What next – We see two waves of 400 Gbps, the first being based on 56 Gbps SERDES, the second coming in the 2020 timeframe based on 112 Gbps SERDES.  We believe 800 Gbps is not that far off in the horizon as hyperscalers like Amazon and Google continue to grow.  We note that the hyperscalers are about to be 3-4 generations ahead of the enterprise.  This type of lead and technology expertise really changes the conversation around Cloud.  We saw this at Amazon re:Invent with their Annapurna NIC, the Cloud is doing things that just aren’t possible in the enterprise, especially around AI, machine learning, and other new applications that take advantage of the hyperscalers size. 
 
2018, the Year of 200 Gbps and 400 Gbps – In 2018 we will see commercial shipments of both 200 Gbps and 400 Gbps switch ports.  We see significant vendor share changes because of this.  Simply put the Cloud, especially the hyperscalers will be that much bigger by the end of 2018 and they buy a different class of equipment then everyone else.  This will continue to cause the vendor landscape to evolve.

0 Comments

Nokia – 7750 SR – The race to 400 Gbps and Cloud Scale

6/14/2017

0 Comments

 
Today Nokia announced its new FP4 ASIC and 7750 SR Router.  Playing the leapfrogging game on speeds, we saw 36  400 Gbs ports in a 2RU box that looks awfully similar to a spine switch and the further blurring of what a next gen router and switch really look like, especially in the Cloud.  

We heard continued confusion over winning Cloud scale accounts.  We note that a customer like Apple buys from multiple vendors and for multiple reasons.  What Apple builds for their own consumption is not what they will deploy in a telco provider or peering location.  

The debate between merchant silicon and custom ASICs continues to come up.  While we are slightly in favor of merchant silicon, we note that the Cloud providers do not fear custom ASICs, they merely want to have standard APIs to control that equipment.

We note the Nokia ports are DDQSFP and not OSFP so we do not have a clear answer on form factor either.  We now wait for the next product announcement with the only clear answer that we are in a phase of rapid innovation in order to keep up with the network traffic demands of the Cloud.



Picture
0 Comments

    CHRIS DePUY
    &
    Alan weckel

    Technology Analysts

    Archives

    March 2022
    February 2022
    December 2021
    November 2021
    October 2021
    September 2021
    August 2021
    July 2021
    June 2021
    May 2021
    April 2021
    March 2021
    February 2021
    January 2021
    December 2020
    November 2020
    October 2020
    September 2020
    August 2020
    July 2020
    June 2020
    May 2020
    April 2020
    March 2020
    February 2020
    December 2019
    November 2019
    September 2019
    August 2019
    July 2019
    June 2019
    May 2019
    April 2019
    March 2019
    February 2019
    December 2018
    November 2018
    October 2018
    September 2018
    August 2018
    July 2018
    June 2018
    May 2018
    April 2018
    March 2018
    January 2018
    December 2017
    November 2017
    September 2017
    August 2017
    July 2017
    June 2017
    May 2017
    April 2017
    March 2017
    February 2017
    January 2017

    Categories

    All
    100 Gbps
    10 Gbps Ethernet
    1&1
    112 Gbps SERDES
    12.8 Tbps
    14.4 Tbps
    200 Gbps
    2.4 GHz
    25G PON
    25GS PON
    25GS-PON
    28 Ghz
    3.5 GHz
    3GPP
    400 Gbps
    50 Gbps
    50 Gbps SERDES
    50G PON
    5.5G
    56 Gbps SERDES
    5.925
    5G
    5G Americas
    5G Core
    5G Fixed Wireless Access
    5 Ghz
    5G SA
    5G Taxi
    600 Mhz
    60 GHz
    6G
    6 GHz
    7.125
    800 G
    800 Gbps
    802.11ac
    802.11ad
    802.11ah
    802.11ax
    802.11ay
    900 MHz
    A3
    Acacia
    Accelleran
    Accton
    Actility
    ACX6360
    Adam Selipsky
    ADC
    Aerohive
    AFA
    AFC
    AFF A800
    Affirmed Networks
    AI
    AI-on-5G
    AIops
    Airframe
    Air Pass
    Airspan
    Alan Weckel
    Alcatel
    Alcatel Lucent Enterprise
    Alcatel-Lucent Enterprise
    Alibaba
    All Flash Array
    Altiostar
    Amazon
    AMD
    AMIT Wireless
    Amplifi
    Analytics
    Anthos
    AOI
    AP530
    AP550
    AppDynamics
    Apple
    Application Performance Management
    AppScope
    Apstra
    Aptilo
    Aquto
    Arista
    ARM
    Arris
    Artificial Intelligence
    Aruba Central
    Ascend 310
    Asic
    Asics
    Askey
    ASR 9000
    Asset Tracking
    ASUS
    Atlas 200
    ATM19
    ATMDigital
    Atmosphere
    AT&T
    Automation
    Avaya
    AWS
    Azure
    Backhaul
    Baicells
    Bai Cells
    Baidu
    Balong
    BEC Technologies
    BELL
    Benu
    BGP
    Big Switch
    BIS
    BLE
    BLE5
    BLE Beacon
    BLINQ
    Bluetooth
    Boingo
    Borje Ekholm
    British Telecom
    Broadband
    Broadcom
    BT
    Bureau Of Industry And Security
    Cable Modem
    Cambium
    Campus Switch
    Campus Switching
    Capex
    Capital Light
    Carrier
    Cat 6500
    Catalyst 9000
    C-Band
    CBRS
    CDN
    Celeno
    Centralized Unit
    Centurytel
    CEOS
    Charter Communications
    Chatbot
    Check Point Software
    Chef
    China Mobile
    China Telecom
    China Unicom
    Chungwa Telecom
    Ciena
    Cisco
    Cisco ICE
    Cisco Live
    Clearpass
    Cloud
    Cloud Managed
    Cloud-managed
    Cloud RAN
    Cloud Volumes
    Cognitive Wi-Fi
    Coherent Pluggable
    Comba
    Comcast
    Common Networks
    Commscope
    Consolidation
    Consumer Mesh
    Contact Tracing
    Contrail
    Co-packaged Optics
    Corning
    Coronavirus
    Corvid-19
    CoSP
    COVID-19
    CPaaS
    CPE
    CPRI
    Cradlepoint
    Cribl
    Crosswork
    Crowdstrike
    CSCF
    CSP
    Cumulus
    CUPS
    CX 6200
    CyberX
    Dan Rabinovitsj
    Dark Reading
    Dartmouth
    DAS
    Data Center
    DataDog
    David Hughes
    DCI
    DD QSFP
    DD-QSFP
    DDR4
    DELL
    Delta
    Deutsche Bank
    Deutsche Telekom
    DISH
    Distributed Unit
    D-Link
    DOCOMO
    DOCSIS
    DPDK
    DPU
    DRAM
    Dritan Bitincka
    Dropbox
    ECI Telecom
    EdgeConnect
    Edgecore
    EdgeQ
    Eero
    Elasticsearch
    EMC
    ENAC
    Encore
    Entity List
    EPC
    EPON
    Ericsson
    Ericsson Router 6000
    Eric Xu
    ESP
    Etheric
    Ethernet
    Ethernet Switch
    ETSI
    Europe
    Extreme
    Extreme Networks
    F5
    F5G
    Facebook
    FBOSS
    FCC
    Federated Wireless
    Fibre Channel
    Firewall
    Fixed Wireless Access
    Flash
    FMS
    Forescout
    Fortinet
    FP-4
    FPGA
    Fronthaul
    Fujitsu
    FWA
    FWaaS
    GAA
    Gainspeed
    GCP
    GENBAND
    Geofencing
    GeoLinks
    German Edge Cloud
    Google
    Google Orion
    GPON
    GPU
    Graviton
    Greenlake
    H3C
    HAS2018
    HAS2019
    HAS2020
    Hashicorp
    HDD
    Hong Kong Broadband
    Hotspot Tracking
    HPE
    HPE Aruba
    Huawei
    Huawei Analyst Summit 2021
    HWMBBF
    Hyperconverged
    Hyperscaler
    IaaS
    IBM
    IBrowse
    ICD
    IMS
    Infinera
    Infovista
    Innoeye
    Intel
    Intersight
    IoT
    IoT Control Center
    Ip Access
    Ipanema
    Italtel
    ITU-T SG 15
    Ixia
    JMA Wireless
    John Roy
    Juniper
    Junos
    Kandy
    KDDI
    Keerti Melkote
    Keysight
    Kloudspot
    Koch Brothers
    KT
    Kubernetes
    KUIPER
    Kungpeng
    LAA
    Las Vegas
    Layer123
    LEO
    LG Electronics
    LG UPlus
    Linux
    LMDS
    Location Based Service
    LogStream
    Logstream 3.2.0
    LoRa
    LTE
    LTE-U
    Lucent
    Machine Learning
    MACSec
    Managed Service Provider
    Managed Services
    MANO
    Marco Rubio
    Marvell
    Massive MIMO
    Mavenir
    MaxLinear
    MEC
    Mediatek
    Megafon
    Meraki
    Mesh WiFi
    Metro Optical
    Michael P. O'Reilly
    Microsoft
    Midband
    Mid-market
    Millimeter Wave
    Millimeter-wave
    Mist
    Mist Systems
    Mixing Bauds
    MmWave
    Mobile
    Mobile Edge Computing
    Mobile RAN
    Modem-E
    Mojo Networks
    Motorola
    Motorola Solutions
    MPLS
    MSO
    MSP
    MTN
    Multefire
    MultiGig
    Multi Gig
    MultiTech
    MU MIMO
    MU-MIMO
    MWC
    MWC18
    MWC19
    MWC20
    MWC21
    MWCa
    MX
    NaaS
    NBASE T
    NBASE-T
    Nbn
    NCS 5700
    NEC
    NEC 540
    NetApp
    Netcracker
    NetExperience
    Netgear
    NetInsight
    Netskope
    Network Services Orchestrator
    Network Slicing
    Neville Ray
    Newracomm
    New Radio
    New Relic
    NFV
    Node-H
    Nokia
    Nortel
    NPU
    NTT
    NUWAVE
    NVidia
    NVMe
    NVMeoFC
    Observability
    Observability Lake
    OCP
    Ocp2019
    Ocpsummit
    OFC
    #OFC18
    Ofcom
    OFDMA
    OIF
    OLT
    OmniXtend
    ONAP
    ONFConnect
    OnGo
    On Semiconductor
    ONT
    Ooka
    Open19
    OpenRAN
    Open RAN
    Open Source Wi-Fi
    OpenTelemetry
    OpenWiFi
    OpenWRT
    OPPO
    Optical
    Optical LAN
    OptiXtreme H6
    Optus
    Oracle
    ORAN
    Orange
    Orange Business Services
    Oreedoo
    OSFP
    OSS/BSS
    OTAC
    P2P
    P4
    Packet Optical
    PAL
    Parallel Wireless
    Passpoint
    Password-less
    Plumeria
    PON
    Posture Assessment
    Private 5G
    Private LTE
    Project Denali
    PSE 3
    PSE-3
    PTX
    Puppet
    Pure Storage
    Quad Level Cell
    Qualcomm
    Quanta
    Quantenna
    Quillion
    Radio Resource Management
    Rakuten
    Rakuten Symphony
    RAN
    RBBN
    RCP
    RCP Symphony
    RCS
    Realtek
    Reefshark
    Ribbon
    RIC
    RISC
    Riverbed
    Rivet Networks
    ROADM
    Robin.io
    Rostelecom
    Routed Optical
    Router
    RRU
    Ruckus
    S3
    Samsung
    Sandisk
    SAS
    SASE
    Satellite
    SBC
    SD Branch
    SD-Branch
    SDN
    SD-RAN
    SDWAN
    SD WAN
    SD-WAN
    Security
    Semiconductor
    Semtech
    Sequans
    Sercomm
    Serdes
    Server
    Shaw Communications
    Siemens
    Sierra Wireless
    Silicon One
    Silicon Valley
    Silver Peak
    Single-pane
    SingleRAN
    SingleRAN Pro
    SIP Trunking
    SK Telecom
    Skype
    Small Cell
    Smartphone
    Snapdragon 865
    Softbank
    Sonus
    Sourcing
    Spark
    Spectrum
    Splunk
    Sprint
    Sp Router
    SRX
    SSD
    StandAlone
    Starlink
    STC
    Stellar
    Swisscom
    Symworld
    Tago.io
    Tanzu
    Tareq Amin
    Technicolor
    Telco Cloud
    Telecom Infra Project
    Telefonica
    Telia
    Telit
    Telus
    Tencent
    Terragraph
    Thousand Eyes
    Tiangang
    TIP
    T-Mobile
    TMUS
    Tomahawk 3
    TP Link
    TP-Link
    T&W
    Twilio
    Twitter
    TWT
    Ubiquiti
    UCaaS
    UCPE
    UI
    UltraSAW
    UniFi
    Unified Domain Center
    Unlicensed
    UTM
    UXI-6
    VaporIO
    VBLE
    VDSL
    VEPC
    Verilog
    Verizon
    Versa Networks
    VICTOR
    Virtualization
    VMWare
    VNF
    Vodacom
    Vodafone
    VoLTE
    VRAN
    VSBC
    Walt Disney
    Wan Optimization
    Water Tower Research
    Way Finder
    WBA
    WDC
    Westell
    Western Digital
    Western Digital Corporation
    WFH
    White Box
    White Paper
    Wi-F 6E
    WiFi
    Wi-Fi
    Wi-Fi 6
    WiFi 6
    WiFi-6
    Wi-Fi 6E
    WiFi Alliance
    WiFiNOW
    WiGig
    Wind River
    WISP
    WLAN
    Xiaomi
    Xilinx
    Xirrus
    XRAN
    Zebra
    Zero-Rating
    Zero Trust
    Zigbee
    Zipline
    ZR
    ZR+
    ZScaler
    ZTE
    Zyxel

    RSS Feed

Proudly powered by Weebly
  • Home
  • Programs
    • WLAN Infrastructure
    • Telecom Core Networks
    • Ethernet Switch Programs >
      • Ethernet Switch - Total
      • Ethernet Switch - Data Center
      • Ethernet Switch - Campus
      • Ethernet Switch - Carrier Ethernet
      • Campus Networks
      • Ethernet Switch - SMB
    • Application Delivery Controller (ADC)
    • Merchant Silicon in the Data Center
    • Market Intelligence Reports
    • Consumer IoT
    • Disaggregated Routing Report
    • Industrial Switching Report
    • Multi-Cloud Workloads Forecast and Research Report
    • Secure Access Service Edge (SASE) Forecast and Research Report
    • 800 Gbps Report
    • Infrastructure as a Service (IaaS) Hyperscaler SWOT Report
    • SONiC Report
    • Single Pair Ethernet Forecast Report
  • News
    • Press Releases
  • Blog
  • About
  • Employment
  • Contact
  • Clients
  • Infrastructure as a Service (IaaS) Hyperscaler SWOT Report