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- Hardware Options
- Inclusive Products
- Hardware Configuration
- Fixed WAN Interfaces
- Fixed LAN Interfaces
- Modular Slots
- Modular WAN Interfaces
- Modular LAN Interfaces
- Redundant Power
- System Memory
- Flash Memory
- Version
- Routing Features
- Bridging Support
- Protocols Routed
- Routing Protocols
- QoS Features
- WAN Protocols
- Dial Backup Option
- Voice Features
- Packet Voice (VoIP)
- Codecs Supported
- Signaling Protocols Supported
- TDM Voice Support
- Voice Interfaces
- IP Service Features
- Firewall
- VPN Tunnel Termination
- VPN Client Termination
- IDS
- Anti-virus Scanning
- Content Filtering
- Encryption
- Data Encryption Standards
- Tunneling Protocols Supported
- Hardware Encryption Acceleration
- Authentication Methods
- Performance
- Price
Current Perspective Definitions
Very Threatening: Market leader, major product enhancement, or ground-breaking product alters competitive landscape.
Threatening: Significant product enhancement or a new product that results in stronger market position and a competitive advantage.
Competitive: Solid, but middle of the road market position. Expected to neither gain nor lose appreciable market share, and to be strongest in the installed base.
Vulnerable: Lacks performance, features and/or functionality of competition, overprices for functionality.
Very vulnerable: Technology significantly behind competitors, very limited functionality at very high price points.
Product Metrics Defintions
Hardware Options: Features of the access router that are directly related to the form-factor of the device
Inclusive Products: A given access router family often consists of several sub-versions with very small differences in hardware. This field lists the products that are considered to be the same or similar as the named product category.
Hardware Configuration: Describes the physical form factor of the access router
Fixed WAN Interfaces: The number and type of fixed WAN interfaces on the access router
Fixed LAN Interfaces: The number and type of fixed LAN interfaces on the access router
Modular Slots: The number of modular expansion slots available for LAN or WAN connectivity
Modular WAN Interfaces: The types of modular WAN interfaces available on the access router
Modular LAN Interfaces: The types of modular LAN interfaces available on the access router
Redundant Power: Indicates whether the chassis has a method for supporting redundant power supplies (e.g., integrated, dc-connector, none)
System Memory: System memory is used by the access router to store routing tables, provide interface buffering, and is used by the operating system of the router. More system memory allows for more complex networks and applications on the router.
Flash Memory: Flash memory holds operating system code and configuration. Larger flash memory offers investment protection, as new features will require more room for code.
Version: Version of features documented
Routing Features: Features related to the software routing functionality of the access router
Bridging Support: Bridging is the ability to transparently forward traffic without applying intelligence at the protocol layer. Bridging can be useful in supporting non-IP and/or non-routable protocols on the WAN. This field indicates whether or not the router supports bridging.
Protocols Routed: A router operates at the protocol layer, moving and transforming packets from one network to another. This field lists the protocols that the router can route.
Routing Protocols: Routing protocols convey topology information to the router. This field is a list of the routing protocols supported (e.g., RIP, OSPF, etc.)
QoS Features: Quality of Service enables mission-critical traffic to be prioritized if the WAN link becomes congested. This field lists the mechanisms that the access router can use to apply and enforce QoS.
WAN Protocols: An agreed-upon format for transmitting data between two devices on a wide area network. The WAN protocol determines the type of error checking to be used, how the sending device will indicate that it has finished sending a message, and how the receiving device will indicate that it has received a message.
Dial Backup Option: Some access routers include ISDN, V.90, or serial-based dial-backup to maintain network connectivity in the event of a WAN link failure. This field indicates which product(s) in the family include this support.
Voice Features: Features related to supporting voice on the access router
Packet Voice (VoIP): The ability to encode voice traffic into packets in real-time. This field indicates which platforms support packet voice.
Codecs Supported: Packet voice can be encoded using multiple different encoding schemes. This field lists the supported CODECs.
Signaling Protocols Supported: A signaling protocol is used to establish, manipulate, and tear down a packet voice connection with another router or packet voice-enabled device. This field lists the packet voice signaling protocols supported.
TDM Voice Support: Some access routers offer the ability to directly encode voice traffic onto a digital leased line such as a T1. This field indicates whether TDM voice is supported on the platform.
Voice Interfaces
IP Service Features: Features that customers and service providers can use to enhance the security, efficiency, or functionality of the branch office
Firewall: Many access routers support some level of firewalling. This field lists the type of firewalling supported (e.g., packet filter, stateful inspection, or none).
VPN Tunnel Termination: Many access routers offer the ability to terminate one or more VPN tunnels from a corporate office or another site. This field indicates whether this feature is supported.
VPN Client Termination: Some access routers offer the ability to terminate remote access connections locally at the branch office. This field indicates whether the access router can terminate remote (mobile) VPN connections.
IDS: Intrusion Detection Systems provide early warnings of potentially malicious hacker activity. This field indicates whether the access router supports IDS functionality.
Anti-virus Scanning: Access Routers deployed in the branch may need to filter incoming e-mail from the Internet for content safety. This field indicates whether or not the access router can directly or indirectly (through partnered solution) scan incoming mail for viruses.
Content Filtering: The ability to monitor and filter specific URLs or types of traffic is used to control how, when, and where employees can surf. The ability to provide content filtering (directly or via a partnership) on the access router is indicated here.
Encryption: Encryption on access routers primarily applies to VPN tunnel termination capabilities
Data Encryption Standards: Encryption is used to protect data in VPN applications. Encryption is based on standard algorithms. Supported algorithms are listed here.
Tunneling Protocols Supported: A technology that enables one network to send its data via another network's connections. Tunneling works by encapsulating a network protocol within packets carried by the second network. For example, Microsoft's PPTP technology enables organizations to use the Internet to transmit data across a VPN. It does this by embedding its own network protocol within the TCP/IP packets carried by the Internet.
Hardware Encryption Acceleration: Some access routers offer optional or integrated hardware to improve performance of encrypted traffic. This hardware (or option) is listed here.
Authentication Methods: Authentication on access routers deals with the issue of how to determine who to open a tunnel to (and who not to). Because users or other sites are remote and not connected to the LAN, this is typically more problematic than a simple password prompt. Authentication also includes controlling access to the console of the access router.
Performance: Performance is the measurement of how much data the router can process and is a good measure of the overall capacity and headroom the system offers
Throughput: Throughput in Packets Per Second is important because it measures the router's ability to deal with large volumes of protocol traffic (even though that traffic might not be particularly high-throughput)
Price: Prices are given as U.S. List
Base Price: The price of the access router platform and any base software that must be purchased to operate the device
Feature Pricing: If there are options that must be turned on via a license, list that pricing here