ddHiFi - DJ44B Mark II 4.4mm Female to 2.5mm Balanced Adapter
DDHIFI DJ44B2 BALANCED ADAPTER: DJ44B2 is upgraded version of DJ44B balanced Adapter. It is Balanced 4.4mm female to Balanced 2.5mm Adapter.
COMPACT YET POWERFUL: In Order to achieve compact technology, ddHiFi has always pursued a smaller and lighter DJ44B2 using the 4.4mm socket. This time, we have succeeded in making the adapters lighter and smaller.
SMOOTHER PLUG & UNPLUG & EXTRA-EVEN CONNECTION: In order to ensure a better, smoother and more consistent plug-in contact, we applied gold plating to the metal contact points on the customized 4.4 sockets and made the socket shell transparent so that you could better see the plug-in connection of each socket.
IMPROVE LOSSLESS TRANSMISSION: A gold-plated copper socket shielding ring has been added to the new DJ44B2 which blocks interference signals at the socket gaps. To ensure efficient transmission of signals in this small space, we used a mixed conductor of 6N OCC and 6N silver-plated OCC.
SPECIFICATION:
Brand Name: DDHIFI
Model Name: DJ44B2
Housing material: Aluminum alloy
Internal wire material: 6N OCC and 6N silver-plated OCC
Input: 4.4 mm jack
Output: 2.5mm plug
Dimensions: 20.8×19.4×10mm
Weight: About 6.2g
BOX CONTENT:
1x DDHIFI DJ44B2 4.4mm female to 2.5mm Balanced AdapterProduct Information
Product Information
Shipping & Returns
Shipping & Returns
ddHiFi - DJ44B Mark II 4.4mm Female to 2.5mm Balanced Adapter
ddHiFi - DJ44B Mark II 4.4mm Female to 2.5mm Balanced Adapter
DDHIFI DJ44B2 BALANCED ADAPTER: DJ44B2 is upgraded version of DJ44B balanced Adapter. It is Balanced 4.4mm female to Balanced 2.5mm Adapter.
COMPACT YET POWERFUL: In Order to achieve compact technology, ddHiFi has always pursued a smaller and lighter DJ44B2 using the 4.4mm socket. This time, we have succeeded in making the adapters lighter and smaller.
SMOOTHER PLUG & UNPLUG & EXTRA-EVEN CONNECTION: In order to ensure a better, smoother and more consistent plug-in contact, we applied gold plating to the metal contact points on the customized 4.4 sockets and made the socket shell transparent so that you could better see the plug-in connection of each socket.
IMPROVE LOSSLESS TRANSMISSION: A gold-plated copper socket shielding ring has been added to the new DJ44B2 which blocks interference signals at the socket gaps. To ensure efficient transmission of signals in this small space, we used a mixed conductor of 6N OCC and 6N silver-plated OCC.
SPECIFICATION:
Brand Name: DDHIFI
Model Name: DJ44B2
Housing material: Aluminum alloy
Internal wire material: 6N OCC and 6N silver-plated OCC
Input: 4.4 mm jack
Output: 2.5mm plug
Dimensions: 20.8×19.4×10mm
Weight: About 6.2g
BOX CONTENT:
1x DDHIFI DJ44B2 4.4mm female to 2.5mm Balanced AdapterProduct Information
Product Information
Shipping & Returns
Shipping & Returns
Description
DDHIFI DJ44B2 BALANCED ADAPTER: DJ44B2 is upgraded version of DJ44B balanced Adapter. It is Balanced 4.4mm female to Balanced 2.5mm Adapter.
COMPACT YET POWERFUL: In Order to achieve compact technology, ddHiFi has always pursued a smaller and lighter DJ44B2 using the 4.4mm socket. This time, we have succeeded in making the adapters lighter and smaller.
SMOOTHER PLUG & UNPLUG & EXTRA-EVEN CONNECTION: In order to ensure a better, smoother and more consistent plug-in contact, we applied gold plating to the metal contact points on the customized 4.4 sockets and made the socket shell transparent so that you could better see the plug-in connection of each socket.
IMPROVE LOSSLESS TRANSMISSION: A gold-plated copper socket shielding ring has been added to the new DJ44B2 which blocks interference signals at the socket gaps. To ensure efficient transmission of signals in this small space, we used a mixed conductor of 6N OCC and 6N silver-plated OCC.
SPECIFICATION:
Brand Name: DDHIFI
Model Name: DJ44B2
Housing material: Aluminum alloy
Internal wire material: 6N OCC and 6N silver-plated OCC
Input: 4.4 mm jack
Output: 2.5mm plug
Dimensions: 20.8×19.4×10mm
Weight: About 6.2g
BOX CONTENT:
1x DDHIFI DJ44B2 4.4mm female to 2.5mm Balanced Adapter
