C2G DB9 Female to DB25 Male Serial Adapter - 1 Pack - 1 x 9-pin DB-9 Serial Female - 1 x 25-pin DB-25 Serial Male - Beige 1 Pack - 1 x 9-pin DB-9 Serial Female - 1 x 25-pin DB-25 Serial Male - Beige
Specifications
Adapter Type
Serial
Adapter Type
Serial
Additional Information
Straight-through design
Converts a DB9 male into a DB25 male or a DB25 female into a DB9 female
Additional Information
Straight-through design
Converts a DB9 male into a DB25 male or a DB25 female into a DB9 female
Compatibility
- Compatible with all serial devices
Compatibility
- Compatible with all serial devices
Connector on First End Details
1 x 9-pin DB-9 Serial Female
Connector on First End Details
1 x 9-pin DB-9 Serial Female
Connector on Second End Details
1 x 25-pin DB-25 Serial Male
Connector on Second End Details
1 x 25-pin DB-25 Serial Male
Connector Type on First End
DB-9 Serial - Female
Connector Type on First End
DB-9 Serial - Female
Connector Type on Second End
DB-25 Serial - Male
Connector Type on Second End
DB-25 Serial - Male
Country of origin
China
Country of origin
China
Limited Warranty
Lifetime
Limited Warranty
Lifetime
Manufacturer Part Number
02446
Manufacturer Part Number
02446
Manufacturer Website Address
http://www.cablestogo.com
Manufacturer Website Address
http://www.cablestogo.com
Marketing Information
Use your existing serial or modem cables with the help of Cables To Go's Serial Adapters. Whether you need to convert existing DB9 ports to DB25 or vice versa this is an inexpensive alternative to buying new cables. With their molded design providing a solid connection each adapter is shielded against outside EMI/RFI interference while giving you the flexibility to meet your connectivity needs.
Marketing Information
Use your existing serial or modem cables with the help of Cables To Go's Serial Adapters. Whether you need to convert existing DB9 ports to DB25 or vice versa this is an inexpensive alternative to buying new cables. With their molded design providing a solid connection each adapter is shielded against outside EMI/RFI interference while giving you the flexibility to meet your connectivity needs.
