User manual GIGAFAST EE2400-SS

[. . . ] GigaFast 24-Port 10/100Mbps Switch User Manual EE2400-SS GigaFast C opyright The contents of this publication may not be reproduced in any part or as a whole, stored, transcribed in an information retrieval system, translated into any language, or transmitted in any form or by any means, mechanical, magnetic, electronic, optical, photocopying, manual, or otherwise, without prior written permission. Trademark All product, company, and brand names are trademarks or registered trademarks of their respective companies. They are used for identification purpose only. Specifications are subject to be changed without prior notice. S GigaFast Table of Content Section 1 2 3 4 : Introduction : System Requirements : Hardware Requirements : Software Requirements : Starting Management Application : Management Software Overview : Select an Adapter : Show Switch Status : Configuration : Security : Diagnostic : System Menu : Save and Load Configuration : Hello Polling : Console Configuration : Specifications : Technical Support / Warranty info Appendix A B GigaFast Introduction 1-1 The Realtek Remote Control Protocol (RRCP) is a simple control protocol proposed to enhance the functionalities of Realtek's dumb Layer 2 switches by software. The EE2400-SS Management Application is a Window-based software package that implements RRCP functions at the management host side. [. . . ] And "Port Member Set" defines the VLAN group member via 26 bit map. VLAN Table Format: VLAN Entry Index 0 1 2 31 VID (12bit) Port Member Set (26 bit) (bit map) Section 2 GigaFast 2-11 The per-port default PVID is defined at PVID register (0x030C~0x0318) which is a VLAN Table entry index to map to a 12 bit VID. Every port should be assigned to a unique PVID. The VID of each VLAN Table entry should be different. The Overlapped port groups are allowed, this feature make is easily to allow a server port to be shared between different VLAN groups without the routing through an external router device. The VLAN is used to broken the broadcast domain to limit the broadcast scope. The VLAN Frame Forwarding Rules is defined as follows: A received broadcast/multicast frame will only be flood forward to all the VLAN member ports ("Port Member Set" in the table) of the classified VLAN except the source port. A received unicast frame will be forward to the destination port only its destination port is in the same VLAN as the source port. If the destination port belongs to a different VLAN, the frame will be discarded. But it is allowed to forward if the leaky VLAN control is enabled. - *Note* All VLAN group share with the same L2 MAC table (Shared Learning) to learn the MAC address. ! Support Port-based VLAN By setting the register 0x030B to disable the En8021Qaware control bit, the Portbased VLAN function is enabled and the 802. 1Q VLAN tagging is ignored. All other VLAN Table configurations are not different to Tag-based VLAN function. The VLAN classification of any incoming packet on a port for Port-based VLAN is defined by the port PVID. EE2400-SS use the PVID to search VLAN table to get the VLAN member. ! Support 802. 1Q Tag-based VLAN By setting the register 0x030B to enable the En8021Qaware control bit, the 802. 1Q Tag-based VLAN function is enabled. And then EE2400-SS will act as an 802. 1Q VLAN aware. The VLAN classification is the first step to be done before VLAN table lookup. To classify a unique VID value to a received frame is defined as follows: Section 2 GigaFast <1> 2-12 for a VLAN-tagged frame: * If the tagged 12-bits VID!= 0 , then the tagged VID value is used. * If the tagged VID = 0 (Null VID, priority tag), then the port's PVID value is used. for a non-VLAN-tagged frame: The port's 12-bits PVID value is used. - Insert priority tag into the untagged high-priority frame. (Set priority field = 7, VID field = 0 for high priority frame. ) - Insert priority tag into the all untagged frame. (Set priority field = 7, VID field = 0 for high priority frame; Set priority field = 0, VID field = 0 for low priority frame. ) - don't touch. (Not modify the packet) Note: The function could be enabled even the VLAN function is not enabled. Device Features Setting IGMP Snooping Control register and IP Multicast Router Port Discovery register. [. . . ] 5 TP 100Base-TX : 200/100Mbps 10Base-T : 20/10Mbps 148, 810 packets/second per port @ 100Mbps, max 14, 881 packets/second per port @ 10Mbps, max 8 µs @ 100Mbps, Minimum 75 µs @ 10Mbps, Minimum 8K six-byte entries maximum, Self-Learning 2. 5MB TP ports have 10/100Mbps Full/Half-Duplex AutoNegotiation All the TP ports support Auto-MDIX function Power, Link/ACT, Full-Duplex/Collision Full range Auto-Switching Input voltage: 100~240 +/-10% VAC 50~60Hz 16. 5 Watt Maximum Operating Temperature : 0°~45°C (32°~113°F) Storage Temperature : -20°~70°C (-4°~158°F) FCC Class A CE Mark 442 x 184 x 44mm (17. 4 x 7. 24 x 1. 73 inches) 3 Years Limited & Free Technical Support (US Only) A-1 Appendix A GigaFast B-1 Appendix B: Technical Support GigaFast Technical Support Department Hours of Operation: Monday thru Saturday Excluding Holidays 8AM - 8PM (888) GFE-6788 or (888) 433-6788 techsupp@gigafast. com Limited Warranty Limited Warranty Statement: GigaFast Ethernet Solutions Inc. ("GFE") warrants its products to be free from defects in workmanship and materials, under normal use and service, for the applicable warranty term. All GFE products carry a standard limited warranty from the date of purchase from GFE or its Authorized Reseller. GFE may, at its own discretion, repair or replace any product not operating as warranted with a similar or functionally equivalent product, during the applicable warranty term. [. . . ]