The document provides a snapshot of various access point models categorized by their functionality and features. It describes full service access points as premium models with the most features and highest bandwidth capabilities, suitable for large enterprises. It describes high performance access points as mid-tier models with robust features, suitable for small to mid-size businesses. It describes purpose built access points as models tailored for specific vertical markets. It also describes dependent access points as value-tier models that require a controller. For each access point, it lists key specifications and provides brief descriptions of suitable use cases in different vertical markets like retail, healthcare, transportation etc.
Get ready for Industrial Internet of thingsSalah Riahi
Until now, Wifi technology was extremely energy greedy and unreliable. Users working on structural health monitoring and condition monitoring were more inclined to deploy proprietary wireless sensor networks offering a better reliability and a low power operation.
Thanks to more than 8 years of experience in sensing technology, our research and development team worked intensively with our customers on WILO® (for Wifi Low Power) technology, a new generation of WIFI sensors (vibration, inclination and shock) which is reliable, ultra-low power and open-standard.
Get to know the new generation of robust and reliable industrial Ethernet switches and software solutions by Westermo, including Lynx 5512, Redfox 5528 and WeOS (Westermo Operating System).
This presentation is an integral part of the Westermo webinar introducing the next generation switch platform: https://www.westermo.com/news-and-events/webinars/the-next-generation-industrial-switch-platform
Watch the full OnDemand Webcast: http://bit.ly/whoisready
We’re barely out of the gates with 802.11n, and we already have two new emerging standards that are likely to shake up the wireless world: 802.11ac and 802.11ad. 802.11ac is in many ways a "lessons learned" from 802.11n. It employs many of the same techniques to achieve even greater data rates, while requiring less power than with 802.11n – one of its biggest challenges. 802.11ad will expand data rates even further, taking advantage of new spectrum, which will enable entirely new uses cases for 802.11.
The future of Wi-Fi remains very strong. It is already way beyond critical mass, and with 802.11ac and 802.11ad it will remain the go-to-solution for the last 100 yards of any data network, and perhaps more. Users are now dependent on Wi-Fi, and there's nothing even close in the market that's ready to take its place. Please join us to discover how these new specifications will further entrench 802.11, where they’re likely to be used first, and whether or not you should be preparing yourself for a technology upgrade in the near future.
In this web seminar, we will cover:
- Current timeline in 802.11 development
- Characteristics of 802.11ac and 802.11ad
- Improvements over 802.11n
- Potential use cases for 802.11ac and 802.11ad
What you will learn:
- Whether 802.11ac and 802.11ad will have an enterprise footprint
- How 802.11ac and 802.11ad will integrate with current 802.11 deployments
- When you should be planning for a technology upgrade
Forwarding Plane Opportunities: How to Accelerate DeploymentCharo Sanchez
Intel® Select Solution for NFVI Forwarding Platform (NFVI FP) is an enhanced NFVI solution for 4G or 5G core User Plane Functions (UPF), broadband use cases, such as virtual Broadband Network Gateway (vBNG), network services such as virtual Evolved Packet Core (vEPC), IPsec Gateways (vSecGW), and cable use cases such as virtual Cable Modem Termination System (vCMTS) that demand high performance and packet processing throughput. The Advantech SKY-8101D server is a verified Intel Select Solution for NFVI FP plus, base and controller node with Red Hat Enterprise Linux and Red Hat OpenStack tuned to meet a performance threshold capable of serving large numbers of subscribers thanks to a more efficient use of the infrastructure for lower TCO.
LTE Asia 2014 - Remain Relevant - The Next Generation Diameter Signaling Cont...Dialogic Inc.
Dialogic BorderNet Diameter Services Helix which was named Finalist in the LTE Asia Awards in the category of Best LTE Core Network Product represents the next generation of Diameter Signaling Controllers (DSCs). It is a carrier class integrated solution that provides rapid service innovation and signaling orchestration across mobile, IPX, Wi-Fi, IMS and fixed networks. The BorderNet Helix seamlessly combines multiprotocol interworking, Diameter Edge Agent (DEA) and Diameter Routing Agent (DRA) features in an integrated, easy-to-use platform that can extend the capabilities of existing Diameter routing solutions and expands the possible use cases past what is supported by the current generation DSCs.Helix supports interworking scenarios involving Diameter, RAIDIUS and SS7 along with real-time, customized service enhancement logic for rapid integration with external subscriber and policy data repositories via LDAP, SOAP, XML and HTML.
Get ready for Industrial Internet of thingsSalah Riahi
Until now, Wifi technology was extremely energy greedy and unreliable. Users working on structural health monitoring and condition monitoring were more inclined to deploy proprietary wireless sensor networks offering a better reliability and a low power operation.
Thanks to more than 8 years of experience in sensing technology, our research and development team worked intensively with our customers on WILO® (for Wifi Low Power) technology, a new generation of WIFI sensors (vibration, inclination and shock) which is reliable, ultra-low power and open-standard.
Get to know the new generation of robust and reliable industrial Ethernet switches and software solutions by Westermo, including Lynx 5512, Redfox 5528 and WeOS (Westermo Operating System).
This presentation is an integral part of the Westermo webinar introducing the next generation switch platform: https://www.westermo.com/news-and-events/webinars/the-next-generation-industrial-switch-platform
Watch the full OnDemand Webcast: http://bit.ly/whoisready
We’re barely out of the gates with 802.11n, and we already have two new emerging standards that are likely to shake up the wireless world: 802.11ac and 802.11ad. 802.11ac is in many ways a "lessons learned" from 802.11n. It employs many of the same techniques to achieve even greater data rates, while requiring less power than with 802.11n – one of its biggest challenges. 802.11ad will expand data rates even further, taking advantage of new spectrum, which will enable entirely new uses cases for 802.11.
The future of Wi-Fi remains very strong. It is already way beyond critical mass, and with 802.11ac and 802.11ad it will remain the go-to-solution for the last 100 yards of any data network, and perhaps more. Users are now dependent on Wi-Fi, and there's nothing even close in the market that's ready to take its place. Please join us to discover how these new specifications will further entrench 802.11, where they’re likely to be used first, and whether or not you should be preparing yourself for a technology upgrade in the near future.
In this web seminar, we will cover:
- Current timeline in 802.11 development
- Characteristics of 802.11ac and 802.11ad
- Improvements over 802.11n
- Potential use cases for 802.11ac and 802.11ad
What you will learn:
- Whether 802.11ac and 802.11ad will have an enterprise footprint
- How 802.11ac and 802.11ad will integrate with current 802.11 deployments
- When you should be planning for a technology upgrade
Forwarding Plane Opportunities: How to Accelerate DeploymentCharo Sanchez
Intel® Select Solution for NFVI Forwarding Platform (NFVI FP) is an enhanced NFVI solution for 4G or 5G core User Plane Functions (UPF), broadband use cases, such as virtual Broadband Network Gateway (vBNG), network services such as virtual Evolved Packet Core (vEPC), IPsec Gateways (vSecGW), and cable use cases such as virtual Cable Modem Termination System (vCMTS) that demand high performance and packet processing throughput. The Advantech SKY-8101D server is a verified Intel Select Solution for NFVI FP plus, base and controller node with Red Hat Enterprise Linux and Red Hat OpenStack tuned to meet a performance threshold capable of serving large numbers of subscribers thanks to a more efficient use of the infrastructure for lower TCO.
LTE Asia 2014 - Remain Relevant - The Next Generation Diameter Signaling Cont...Dialogic Inc.
Dialogic BorderNet Diameter Services Helix which was named Finalist in the LTE Asia Awards in the category of Best LTE Core Network Product represents the next generation of Diameter Signaling Controllers (DSCs). It is a carrier class integrated solution that provides rapid service innovation and signaling orchestration across mobile, IPX, Wi-Fi, IMS and fixed networks. The BorderNet Helix seamlessly combines multiprotocol interworking, Diameter Edge Agent (DEA) and Diameter Routing Agent (DRA) features in an integrated, easy-to-use platform that can extend the capabilities of existing Diameter routing solutions and expands the possible use cases past what is supported by the current generation DSCs.Helix supports interworking scenarios involving Diameter, RAIDIUS and SS7 along with real-time, customized service enhancement logic for rapid integration with external subscriber and policy data repositories via LDAP, SOAP, XML and HTML.
Industry’s first Wi-Fi services strategy and solutions to help carriers capitalize on managed service market.
New “Smart Wi-Fi” 802.11a/b/g/n products for home, hotspot and enterprise markets
The AP121 access points provide 2x2:2 802.11n as well as optimized RF performance and enhanced receive sensitivity to provide a ground-breaking user experience for networks supporting multiple types of clients, including consumer-grade and bring-your-own devices (BYOD).
A communication network is a fundamental necessity in most modern industrial operations to support process control and other factory applications. In many industrial facilities, wired networks are difficult to install or not flexible enough to support quick process reconfiguration, making wireless an ideal choice. A Tropos industrial wireless mesh network provides customers with the flexibility to install the type of network they need, including support for remote locations and mobile equipment.
1. Access Point Snapshot
Vertical Market Product Selector
Retail Hospitality Healthcare Warehouse/Manufacturing
SITE SURVIVABLE ACCESS POINTS — Remains operational with or without a connection to the controller
Full Service Access Points — Premium access points with the most features and highest bandwidth; multi-function access points capable of providing many services including WAN backhaul, rogue intrusion detection,
high speed Mesh and more; reduces infrastructure cost and complexity; MIMO options – 3x3:3 and 3x3:2; ideal for large enterprises and device dense environments.
AP 8232
Dual-radio; indoor;
802.11ac/n
Veryhighspeedconnectivityandcapacityforvideo;integrated
security and location services; secure BYOD; voice and video
transport; optional modules for Green Operations; video
surveillance and analytics; dedicated 24x7 WIPS for PCI
Very high speed connectivity and capacity targeted
for conference room; auditoriums; venues; integrated
security and location services
Very high speed connectivity and capacity for large
hospitals for imaging and video apps; optional
modules for 24x7 WIPS for HIPAA; patient and guest
Wi-Fi access with secure BYOD, voice and video
AP 8132
Dual-radio;
indoor; 802.11n
High speed connectivity for guest access; optional
modules for green ops, video surveillance and analytics,
24x7 WIPS for PCI, secure BYOD, voice and video
High speed connectivity and capacity for
conference room; auditoriums; venues;
rogue detection and termination
High speed connectivity and capacity for large
hospitals for imaging and video apps; optional
tri-radio module for 24x7 WIPS for HIPAA
Harsh environments requiring multi-function infrastructure
with added video surveillance; temperature sensing
and video streaming for process optimization
AP 7181
Dual-radio;
outdoor; 802.11n
High powered dual-radio for covering large
geographical areas; VMM 7161 can be used for mobility
AP 7161
Tri-radio;
outdoor; 802.11n
High speed connectivity and capacity for outdoor
deployment in resorts; rogue detection and termination
Quick deploy large Mesh networks disaster
management for patient services
Ruggedized for harsh outdoor deployments;
dual and tri-radio modules for 24x7 WIPS
outdoor environments
High Performance Access Points — Mid-tier access points with the most features and highest bandwidth; multi-function access points capable of providing many services, reducing infrastructure cost and complexity;
high capacity plus the flexibility to manage APs with or without a controller; MIMO options – 2x3 and 2x2; ideal for small- to mid-size businesses and large enterprises with less dense environments.
AP 8222
Dual-radio; indoor;
802.11ac/n
Very high capacity and high speed guest connectivity
for video applications; integrated security and location
based services; aesthetically appealing
Very high speed connectivity and capacity for
conference room; auditoriums; venues; integrated
security and location services; aesthetically appealing
Very high speed connectivity and capacity for large
hospitals for imaging and video apps; integrated
security and location services; patient and guest
Wi-Fi access; secure BYOD; voice and video transport
AP 6562
Dual-radio;
outdoor; 802.11n
Parking lot associate and guest connectivity; integrated
security and location services; outdoor security or location
sensing; flexible antenna options internal or external
Outdoor guest access or associate connectivity;
integrated security and location services; flexible
antenna options internal or external
Outdoor guest or staff connectivity; integrated security
and location services; flexible antenna options internal
or external; ideal for 3G/4G and carrier offload in venues
Outdoor access and Mesh backhaul
AP 6532
Dual-radio;
indoor; 802.11n
In-store Wi-Fi; secure BYOD; voice and video;
24x7 WIPS for PCI with concurrent 2.4GHz and 5GHz
access; location based services
Any indoor access; hallways guest and staff
connectivity for voice and video; secure roaming
for employees and guests
Indoor access, guest or staff connectivity; secure BYOD;
voice and video; location-based services; integrated
security with concurrent 2.4GHz and 5GHz access
AP 6522
Dual-radio;
indoor; 802.11n
In-store Wi-Fi; secure BYOD voice and video;
24x7 WIPS for PCI with concurrent 2.4GHz access;
client bridge
Indoor access; secure roaming for employees and
guests; guest and staff connectivity for voice and video
Indoor access; guest or staff connectivity; secure BYOD;
voice and video; concurrent 2.4GHz access and security
for HIPAA; ideal for 3G/4G carrier offload in venues
Both band access for data and voice
Purpose Built Access Points — Built to meet the needs of specific vertical markets; MIMO options – 2x2
AP 6521
Single radio;
indoor; 802.11n
Small site single band access; overlay 24x7
WIPS sensor for PCI; client bridge
Small hotels or cafés Clinics and pharmacies Small sites for shipping and receiving
AP 6511
Single radio;
indoor; 802.11n
In-room guest Wi-Fi In-room patient and guest Wi-Fi
DEPENDENT ACCESS POINTS — Value tier; fully dependent upon a controller; MIMO options – 2x3 and 2x2; suitable for medium to large enterprises
AP 650/AP 622
Dual-radio;
indoor; 802.11n
Controller based deployment for in-store Wi-Fi;
secure BYOD, voice and video; 24x7 WIPS for PCI;
location-based services
Large hotels for controller based deployments for
guest Wi-Fi and staff operations
Controller based large hospitals for guest or staff
communications; integrated security with concurrent
2.4GHz and 5GHz access
Controller based large distribution centers for data
AP 650/AP 621
Single radio;
indoor; 802.11n
Overlay security and location sensor functionality;
high-performance single band access
Controller based large hotels for single band access