Architecture and Design Principles. © 2008 Cisco Systems Inc. All rights reserved. See RST-3035—Advanced Enterprise Campus Design Alternatives: Routed ...
nightacademy multilayer campus architectures
efits of network automation assurance
cvd campus fabric design
Enterprise Campus Network Design Alternatives . scale-out networking architecture to build a high-performance infrastructure.
cisco enterprise campus infrastructure design guide
10 oct. 2018 In our testing only Cisco offered a single
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The Campus LAN architecture is designed to meet the needs of organizations with wired LAN connectivity requirements that range from a small remote-site LAN
CVD CampusWiredLANDesignGuide AUG
options available for deploying an enterprise campus architecture based on the hierarchical LAN design model. Page 3. 3. © 2016 Cisco and/or its affiliates. All
ENCOR Chapter
The campus LAN architecture is designed to meet the needs of organizations with wired LAN connectivity requirements that range from a small remote-site LAN
CVD CampusWiredLANDesignGuide AUG
modèle de design multicouche de Cisco destiné aux réseaux de campus; elle porte sur les Le design multicouche promouvoit l'efficacité et la redondance.
Deploiement de reseaux Campus multicouches
The architectural design behind these networks becomes the forefront of integrating campus architecture Cisco Digital Network Architecture (Cisco DNA)
nb miercom dna sd access wp cte en
architecture for the healthcare industry based on Cisco's best The Cisco MGN 2.0—campus architecture: ... If designed for LAN and not tuned for.
Cisco Medical Grade Network MichalRemper
213692
Michal Remper, CCIE#8151
Account Manager Public, mremper@cisco.com
Cisco Medical Grade Network
Campus Architectures
© 2011 Cisco Systems, Inc. All rights reserved.MGN2.02
What Is the Cisco
Medical-Grade Network?
The Cisco Medical-Grade Network is an optimized practices for security, campus, data center, remote office, and wireless networks
The Cisco MGN2.0campus architecture:
Industry-specific framework
following a set of proven best practices
Provides a mapping of clinical
and business needs to technology solutions
Optimizes interactions between
processes, applications, and technical architecture components
Facilitates business and clinical
communications throughout the continuum of care
Enhances collaboration across
the technology partner ecosystem © 2011 Cisco Systems, Inc. All rights reserved.MGN2.03 -Grade Network
Framework for Healthcare
Data Center
Enabled by Borderless Networks
Enable patients
and guests to stay connected through secure connectivity
Enable an interoperable
healthcare ecosystem through a flexible and scalable network framework
Allow nurses and doctors
to administer patient care from anyplace, anytime through secure wireless capabilities
Meet government
and industry mandates through a regulatory compliant architecture (ex: PCI)
Bring connectivity
to the hospital's infrastructure through automated biomed devices © 2011 Cisco Systems, Inc. All rights reserved.MGN2.04
Cisco Medical-Grade Network Goals
Protected
Protection for
any patient data on rest and in transit
Compliant with
regulatory requirements
Posture for each
device with ePHIaccess
Interactive
Ability of care
providers and vendors to interact with net seamlessly
Wireless, VPN
extends net into BN
Integrates data,
voice, video and imaging
Responsive
Network adapts
to change and business/ clinical needs
Has ability to
incorporate new technologies
Resilient
Fault-tolerant
and capable of business continuity
No single point
of failure
Rapid
convergence
Cisco Medical-Grade Network 2.0
© 2011 Cisco Systems, Inc. All rights reserved.MGN2.05
Biomedical Devices
Considerations in CampusRequirements
Unique Layer 2 and Layer 3 requirements
Many vendors require separate parallel Layer 2 VLANs Layer 3 and multicast functionality may be limited
Michal Remper, CCIE#8151
Account Manager Public, mremper@cisco.com
Cisco Medical Grade Network
Campus Architectures
© 2011 Cisco Systems, Inc. All rights reserved.MGN2.02
What Is the Cisco
Medical-Grade Network?
The Cisco Medical-Grade Network is an optimized practices for security, campus, data center, remote office, and wireless networks
The Cisco MGN2.0campus architecture:
Industry-specific framework
following a set of proven best practices
Provides a mapping of clinical
and business needs to technology solutions
Optimizes interactions between
processes, applications, and technical architecture components
Facilitates business and clinical
communications throughout the continuum of care
Enhances collaboration across
the technology partner ecosystem © 2011 Cisco Systems, Inc. All rights reserved.MGN2.03 -Grade Network
Framework for Healthcare
Data Center
Enabled by Borderless Networks
Enable patients
and guests to stay connected through secure connectivity
Enable an interoperable
healthcare ecosystem through a flexible and scalable network framework
Allow nurses and doctors
to administer patient care from anyplace, anytime through secure wireless capabilities
Meet government
and industry mandates through a regulatory compliant architecture (ex: PCI)
Bring connectivity
to the hospital's infrastructure through automated biomed devices © 2011 Cisco Systems, Inc. All rights reserved.MGN2.04
Cisco Medical-Grade Network Goals
Protected
Protection for
any patient data on rest and in transit
Compliant with
regulatory requirements
Posture for each
device with ePHIaccess
Interactive
Ability of care
providers and vendors to interact with net seamlessly
Wireless, VPN
extends net into BN
Integrates data,
voice, video and imaging
Responsive
Network adapts
to change and business/ clinical needs
Has ability to
incorporate new technologies
Resilient
Fault-tolerant
and capable of business continuity
No single point
of failure
Rapid
convergence
Cisco Medical-Grade Network 2.0
© 2011 Cisco Systems, Inc. All rights reserved.MGN2.05
Biomedical Devices
Considerations in CampusRequirements
Unique Layer 2 and Layer 3 requirements
Many vendors require separate parallel Layer 2 VLANs Layer 3 and multicast functionality may be limited