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All of the switches in the Catalyst 3000 switching line have been officially EOL'd as of the end of 1999, but you may still occasionally see the products in use The 3000 series switches (including the 3016, 3100, and 3200) all had similar features and architectures They were modular access-layer switches with stacking capability and a relatively low-speed bus They ran a custom GUI-based IOS, and they supported 64 VLANs, ISL frame tagging, SPAN, and RMON The 3016 and 3100 included two module slots plus a single stack slot, into which a special stack adapter could be inserted to combine up to eight 3000 series switches into one logical switch The two module slots could be fitted with 10-Mbps Ethernet, 100-Mbps Ethernet, or ATM 155 modules In the 3100 and 3200, one of these modules could also be used for a 3011 WAN router module, which was essentially a router on a card and brought routing capabilities to the switch The 3016 had 16 fixed 10Base-T ports, whereas the 3100 had 24 The 3200 had no fixed ports, but included 7 module slots For more information about the 3000 series switches, check out http://wwwciscocom/warp/public/cc/pd/si/casi/ca3000/prodlit/indexshtml

The map class supports an associative container in which unique keys are mapped with values Its template specification is shown here: template <class Key, class T, class Comp = less<Key>, class Allocator = allocator<pair<const Key, T > > > class map Here, Key is the data type of the keys, T is the data type of the values being stored (mapped), and Comp is a function that compares two keys It has the following constructors: explicit map(const Comp &cmpfn = Comp( ), const Allocator &a = Allocator( ) ); map(const map<Key, T, Comp, Allocator> &ob); template <class InIter> map(InIter start, InIter end, const Comp &cmpfn = Comp( ), const Allocator &a = Allocator( )); The first form constructs an empty map The second form constructs a map that contains the same elements as ob The third form constructs a map that contains the elements in the range specified by start and end The function specified by cmpfn, if present, determines the ordering of the map The following comparison operators are defined for map ==, <, <=, !=, >, >= The member functions contained by map are shown here In the descriptions, key_type is the type of the key, and value_type represents pair<Key, T>

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The 3500 series is a high-performance suite of switches well suited to either demanding access-layer duties or moderate distribution-layer duties The four switches in the line the 3508, 3512, 3524, and 3548 all share the same high-performance 10-Gbps backplane and a standard IOS CLI They also share a common feature set, which includes multiple queues per interface (to provide for QoS needs); per-port QoS priorities; Fast Etherchannel and Gigabit Etherchannel; per-port broadcast, unicast, and multicast storm control; clustering support; CGMP, ISL, and 8021q frame tagging; VTP support; CDP, SNMP, and RMON support; DNS support; TACACS+ support; port security; and optional redundant power supplies

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The 3508 switch is probably the most likely candidate for distribution-layer duties The 3508 comes with eight GBIC slots, each of which can support 1000Base-FX; 100Base-LX/LH; and 1000Base-ZX, Cisco Gigastack, and 1000Base-T gigabit interfaces (Although I have yet to see any 1000Base-T GBICs, they are listed on Cisco's web site and should be out by the time you read this) This makes the 3508 nearly perfect for gigabit link consolidation from accesslayer switches with gigabit uplinks The 3508 can also serve a role in the access layer, however, by providing gigabit links to servers in a high-performance environment An illustration of a 3508 is shown in Figure 10-6

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Figure 10-6: A 3508 series switch The 3512, 3524, and 3548 all are more suited for midrange to high-end, access-layer duties than distribution-layer duties All of these models provide a fixed number of Fast Ethernet ports (12, 24, or 48) for client connections, and two GBIC interfaces for server connections or uplinks to the distribution layer They support the same GBICs as the 3508, making purchasing GBICs less of a headache For more information on the 3500XL series, visit http://wwwciscocom/warp/public/cc/pd/si/casi/ca3500xl/prodlit/indexshtml

The 3900 series is Cisco's primary line of stand-alone Token Ring switches Because Token Ring is a topic beyond the scope of this book, we will not spend any significant time detailing this switch line Important features of the 3900 series include modularity (in the 3900, but not in the 3920), which allows it to include ATM or Ethernet interfaces and act as a Token Ring to Ethernet or Token Ring to ATM bridge; adaptive cut-through switching; support for Source Route Bridged (SRB), Source Route Switched (SRS), or Source Route Transparently Bridged (SRT) frames; MAC address and protocol filtering; support for 4, 16, and 32-Mbps operation; priority queuing; stacking; RMON; VLANs; and ISL and SNMP Figure 10-7 shows a 3900 series switch

iterator begin( ); const_iterator begin( ) const; void clear( ); size_type count(const key_type &k) const; bool empty( ) const; iterator end( ); const_iterator end( ) const; pair<iterator, iterator> equal_range(const key_type &k); pair<const_iterator, const_iterator> equal_range(const key_type &k) const; void erase(iterator i); void erase(iterator start, iterator end); size_type erase(const key_type &k); iterator find(const key_type &k); const_iterator find(const key_type &k) const; allocator_type get_allocator( ) const; iterator insert(iterator i, const value_type &val); template <class InIter> void insert(InIter start, InIter end); pair<iterator, bool> insert(const value_type &val);

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Figure 10-7: A 3900 series switch You can find more information about the 3900 series of switches at http://wwwciscocom/warp/public/cc/pd/si/casi/ca3900/prodlit/indexshtml

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