Datasheet Microchip KSZ8873RLL — Даташит

KSZ8873MLL/FLL/RLL
Integrated 3-Port 10/100 Managed Switch
with PHYs
Features Advanced Switch Features
-IEEE 802.1q VLAN Support for Up to 16 Groups
(Full Range of VLAN IDs)
-VLAN ID Tag/Untag Options, Per Port Basis
-IEEE 802.1p/q Tag Insertion or Removal on a
Per Port Basis (Egress)
-Programmable Rate Limiting at the Ingress and
Egress on a Per Port Basis
-Broadcast Storm Protection with Percent Control (Global and Per Port Basis)
-IEEE 802.1d Rapid Spanning Tree Protocol
Support
-Tail Tag Mode (1 byte Added before FCS) Support at Port 3 to Inform the Processor which
Ingress Port Receives the Packet and its Priority
-Bypass Feature that Automatically Sustains the
Switch Function between Port 1 and Port 2
when CPU (Port 3 Interface) Goes into Sleep
Mode
-Self-Address Filtering
-Individual MAC Address for Port 1 and Port 2
-Supports RMII Interface and 50 MHz Reference …

KSZ8873MML
Integrated 3-Port 10/100 Managed Switch
with PHYs
Rev. 1.6 General Description
The KSZ8873MML are highly integrated 3-port switch on
a chip ICs in industry’s smallest footprint. It is designed
to enable a new generation of low port count, costsensitive and power efficient 10/100Mbps switch
systems. Low power consumption, advanced power
management and sophisticated QoS features (e.g., IPv6
priority classification support) make these devices ideal
for IPTV, IP-STB, VoIP, automotive and industrial
applications.
The KSZ8873 family is designed to support the GREEN
requirement in today’s switch systems. Advanced power
management schemes include hardware power down,
software power down, per port power down and the
energy detect mode that shuts downs the transceiver
when a port is idle. KSZ8873MML also offer a by-pass mode, which enables
system-level power saving. In this mode, the processor
connected to the switch through the MII interface can be
shut down without impacting the normal switch operation.
The configurations provided by the KSZ8873 family
enables the flexibility to meet requirements of different …