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A connector mates to a header having a plurality of header contacts arranged into a plurality of header rows, where the header contacts in each header row include signal contacts and ground contacts in a pre-determined arrangement. The connector is complementary to the header and has a housing and a

A connector mates to a header having a plurality of header contacts arranged into a plurality of header rows, where the header contacts in each header row include signal contacts and ground contacts in a pre-determined arrangement. The connector is complementary to the header and has a housing and a connector row corresponding to each header row. Each connector row is mounted as a sub-assembly to the housing to form the connector and has a plurality of connector contacts, a row block, and a row shield. Each connector contact of the connector row corresponds to a header contact. The row block securely holds each connector contact in the connector row. The row shield electrically shields the connector contacts of the connector row from an adjacent connector row.

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1. A connector for mating to a header having a plurality of header contacts arranged into a plurality of header rows, the header contacts in each header row including signal contacts and ground contacts in a pre-determined arrangement, the connector being complementary to the header and comprising:a

1. A connector for mating to a header having a plurality of header contacts arranged into a plurality of header rows, the header contacts in each header row including signal contacts and ground contacts in a pre-determined arrangement, the connector being complementary to the header and comprising:a housing;a connector row corresponding to each header row, each connector row being constructed as a subassembly that is mounted to the housing to form the connector, the connector row comprising:a plurality of connector contacts, each connector contact corresponding to a header contact;a row block securely holding each connector contact in the connector row; anda row shield for electrically shielding the connector contacts of the connector row from an adjacent connector row, wherein the row shield is generally planar and includes at least one clip that extends generally normal thereto, each clip being positioned on the row shield to couple to a connector contact on the connector row, the clips thereby securing the row shield to the connector row. 2. The connector of claim 1 wherein each clip is positioned on the row shield to couple to a connector contact on the connector row corresponding to a ground contact of the header contacts. 3. The connector of claim 1 wherein each connector contact includes a shank and wherein the row shield includes a pair of clips for each coupled-to connector contact, the pair of clips coupling to the shank of the connector contact on opposite sides of the row block. 4. A connector for mating to a header having a plurality of header contacts arranged into a plurality of header rows, the header contacts in each header row including signal contacts and around contacts in a pre-determined arrangement, the connector being complementary to the header and comprising:a housing;a connector row corresponding to each header row, each connector row being constructed as a subassembly that is mounted to the housing to form the connector and having:a plurality of connector contacts, each connector contact corresponding to a header contact;a row block securely holding each connector contact in the connector row; anda row shield for electrically shielding the connector contacts of the connector row from an adjacent connector row;wherein the housing has a row section corresponding to each connector row in the connector, each row section including space for the connector contacts and row shield of the connector row, and wherein each connector contact has a proximal end at which a corresponding header contact is to be contacted when the connector is mated to the header, and wherein a connector row is inserted into each row section such that the proximal ends of the connector contacts of such connector row are received first. 5. A connector for mating to a header having a plurality of header contacts arranged into a plurality of header rows, the header contacts in each header row including signal contacts and around contacts in a pre-determined arrangement, the connector being complementary to the header and comprising:a housing;a connector row corresponding to each header row, each connector row being constructed as a subassembly that is mounted to the housing to form the connector and having:a plurality of connector contacts, each connector contact corresponding to a header contact;a row block securely holding each connector contact in the connector row; anda row shield for electrically shielding the connector contacts of the connector row from an adjacent connector row; wherein the housing has a row section corresponding to each connector row in the connector, each row section including space for the connector contacts and row shield of the connector row; wherein a connector row is inserted into each row section such that the row block of such connector row remains exterior to the row section and housing. 6. A connector for mating to a header having a plurality of header contacts arranged into a plurality of header row s, the header contacts in each header row including signal contacts and around contacts in a pre-determined arrangement, the connector being complementary to the header and comprising:a housing;a connector row corresponding to each header row, each connector row being constructed as a subassembly that is mounted to the housing to form the connector and having:a plurality of connector contacts, each connector contact corresponding to a header contact;a row block securely holding each connector contact in the connector row; anda row shield for electrically shielding the connector contacts of the connector, row from an adjacent connector row; wherein the housing has a row section corresponding to each connector row in the connector, each row section including space for the connector contacts and row shield of the connector row; wherein each connector contact has a distal end at which such connector contact is to be mounted to a substrate, and wherein a connector row is inserted into each row section such that the distal ends of the connector contacts of such connector row remain exterior to the row section and housing. 7. A connector for mating to a header having a plurality of header contacts arranged into a plurality of header rows, the header contacts in each header row including signal contacts and around contacts in a pre-determined arrangement, the connector being complementary to the header and comprising:a housing;a connector row corresponding to each header row, each connector row being constructed as a sub assembly that is mounted to the housing to form the connector and having:a plurality of connector contacts, each connector contact corresponding to a header contact;a row block securely holding each connector contact in the connector row; anda row shield for electrically shielding the connector contacts of the connector row from an adjacent connector row; wherein the housing has a row section corresponding to each connector row in the connector, each row section including space for the connector contacts and row shield of the connector row; wherein each row section defines a chamber for each connector contact of the inserted connector row and a chamber for the row shield of the inserted connector row, wherein within each row section, each chamber for a connector contact corresponding to a signal contact of the header contacts is isolated from the chamber for the row shield, and wherein within each row section, each chamber for a connector contact corresponding to a ground contact of the header contacts opens to the chamber for the row shield and allows such ground contact to be contacted by the row shield when the connector is mated to the header.