Table C-4, ifIndex Assignments | Paradyne 4200 specs

C. Traps and MIBs

Table C-3. Interfaces Group Objects (1 of 3)

Object	Description	Setting/Contents

ifNumber	Supported as specified in the	Specifies the number of interfaces for this unit in the
(interfaces 1)	Evolution MIB.	ifTable.

ifIndex	Provides the index into the	Interface List:
(ifEntry 1)	interface table (ifTable) and to	CONx*: Console port, Layer 1, maximum 1 per
	other MIB tables. It is	CONx*: Console port, Layer 1, maximum 1 per
	other MIB tables. It is	unit, exists in SU, AU, and BU.
	recommended that values be	unit, exists in SU, AU, and BU.
	recommended that values be
	assigned contiguously starting	ETHx*: Ethernet management port, Layer 1,
	with 1. The value for each	maximum 1 per unit, exists in SU and AU.
	interface sublayer must remain	T1x*: T1 interface, Layer 1, maximum 8 per unit,
	constant between NMS	T1x*: T1 interface, Layer 1, maximum 8 per unit,
	constant between NMS	exists in SU, AU, and BU.
	reinitializations. See See	exists in SU, AU, and BU.
	reinitializations. See See
	Table C-4, ifIndex Assignments.	E1x*: E1 interface, Layer 1, maximum 8 per unit,
		E1x*: E1 interface, Layer 1, maximum 8 per unit,
		exists in SU, AU, and BU.
		ATMx*: ATM uplink, Layer 3, maximum 96 per
		unit, exists in SU, AU, and BU.
		AA5L_x*: ATM AAL5, Layer 4, maximum 1 per
		unit, exists in SU and AU.
		ReachDSLx*: ReachDSL port, Layer 1,
		maximum 48 per unit, exists in SU, AU, and BU.
		DSLChan_x*: DSL channels, Layer 2, maximum
		96 per unit, exists in SU, AU, and BU.
		* x = Interface/port number within the same chassis.

ifDescr	Supplies text for each interface:	See Table C-4, ifIndex Assignments.
(ifEntry 2)

ifType	Identifies the interface type based	See Table C-4, ifIndex Assignments.
(ifEntry 3)	on the physical/link protocol(s).

ifMtu	Identifies the largest datagram	DSL1− 24 interface: 53
(ifEntry 4)	that can be sent or received on an	ATM1− 24 interface: 53
	interface.	ATM1− 24 interface: 53
	interface.
		ATM90 interface: 53
		ATM91 interface: 53
		AAL5 interface: 4128 (set to largest PDU size that
		can be processed by the AA5 entity)
		RFC1483 interface: 1500

ifSpeed	Provides the interface’s current	DSL1− 24 interface: 32− 2176 kbps
(ifEntry 5)	bandwidth in bits per second	ATM1− 24 interface: 32− 2176 kbps
	(bps).	ATM1− 24 interface: 32− 2176 kbps
	(bps).
		ATM90 interface: 0
		ATM91 interface: 0
		BUS1: 512k
		RFC1483 interface: 0

ifPhysAddress	Identifies the physical address for	TFor GranDSLAM 4200 ATM interfaces, this object
(ifEntry 6)	the interface.	should contain an octet string of zero length.

4200-A2-GB20-00

August 2002

C-9

4200 specifications

The Paradyne 4200 is a versatile and innovative broadband access device specifically designed for high-speed data transmission and connectivity solutions. It is a part of a broader architectural strategy aimed at enhancing data services for both residential and commercial applications, making it a popular choice among service providers looking to deliver robust network services.

At the heart of the Paradyne 4200 is its ability to facilitate various DSL technologies, including ADSL, ADSL2, and ADSL2+. This flexibility allows service providers to cater to different customer requirements and network conditions, ensuring that users enjoy reliable and high-speed internet access. The device supports data rates of up to 24 Mbps, providing an appealing solution for households and businesses needing efficient bandwidth for streaming, gaming, remote work, and other data-intensive applications.

One of the key features of the Paradyne 4200 is its integrated network management capabilities. With built-in support for SNMP (Simple Network Management Protocol), operators can effectively monitor and manage their networks, ensuring optimal performance and quick troubleshooting when issues arise. The user-friendly web interface further enhances management convenience, allowing operators to configure settings, track performance metrics, and conduct firmware upgrades with ease.

Another notable characteristic is its scalability. The Paradyne 4200 can be deployed in various network topologies, including point-to-point and point-to-multipoint configurations. Its modular architecture enables service providers to expand their networks incrementally, reducing the capital expenditure typically associated with significant infrastructure upgrades.

Additionally, the device features advanced security measures, such as VLAN support and firewall capabilities, to safeguard customer data and enhance overall network security. This is particularly vital in an increasingly connected world, where cyber threats are ever-present.

In summary, the Paradyne 4200 stands out for its combination of high-speed connectivity options, robust management tools, scalability, and strong security features. These qualities make it a preferred choice for service providers aiming to deliver superior broadband services to their customers while ensuring efficient operational management. With the ongoing evolution of internet usage demands, the Paradyne 4200 remains a reliable solution that meets the needs of modern connectivity.

Paradyne 4200 manual See Table C-4, ifIndex Assignments

Models: 4200

(ifEntry 1)

Table C-4, ifIndex Assignments.

See Table C-4, ifIndex Assignments.

4200 specifications