Abstract: Novel tools and techniques might provide for implementing wireless capable batteries or wireless capable battery testers. In various embodiments, a wireless capable battery or wireless capable battery tester might receive, from one or more sensors of the wireless capable battery tester, one or more measured characteristics (e.g., voltage, current, temperature, location, etc.) of a battery that is installed in equipment (e.g., telecommunications equipment, vehicle, consumer electronics, lighting systems, solar-powered devices, etc.), and might wirelessly send the measured characteristics to one or more user devices. In some cases, the measured characteristics might be sent to a server over a network for analysis prior to sending wirelessly to the user devices.

Abstract: The present integrated DSLAM to POTS splitter connector comprises a first set of wires each having a first end terminating in a first 50-pin connector for connecting to the DSLAM and second end terminating in a 64-pin connector for connecting to a first POTS splitter, one of the wires terminates in a first DPM; a second set of wires each having a first end terminating in a second 50-pin connector for connecting to the DSLAM, a second end terminating in a 64-pin connector for connecting to a second POTS splitter, one of the wires terminates in the first DPM and another in a second DPM; and a third set of wires each having a first end terminating in a third 50-pin connector for connecting to the DSLAM, a second end terminating in a 64-pin connector for connecting to a third POTS splitter, one of the wires terminates in second DPM.

Abstract: The present integrated DSLAM to POTS splitter connector comprises a first set of wires each having a first end terminating in a first 50-pin connector for connecting to the DSLAM and second end terminating in a 64-pin connector for connecting to a first POTS splitter, one of the wires terminates in a first DPM; a second set of wires each having a first end terminating in a second 50-pin connector for connecting to the DSLAM, a second end terminating in a 64-pin connector for connecting to a second POTS splitter, one of the wires terminates in the first DPM and another in a second DPM; and a third set of wires each having a first end terminating in a third 50-pin connector for connecting to the DSLAM, a second end terminating in a 64-pin connector for connecting to a third POTS splitter, one of the wires terminates in second DPM.