- 9pin Sub D socket to 9pin Sub D socket encapsulated, with knurl-thumb screws
- no Nullmodem! 1:1 configuration
You will receive 15 pieces of article 12210 packed in a plastic bag to protect against moisture and an outer box.
Data cable to connect peripheral devices and/or data switches to a PC/Server- 9pol. Sub D plug to 9pol. Sub D socket
- Assignment 1:1
- moulded plug
- for connecting / extending / adapting the interface RS232, RS422, RS485 etc.
InLine Bulk ecoPacks are environmentally friendly bulk packaging in which the items are only packed in a PE bag to protect against moisture and in a uniform box. The packaging unit varies depending on the item size for optimal utilization. InLine Bulk ecoPacks are particularly suitable for direct use, e.g. B. for your own use or for installation at the customer's site. You get the proven InLine quality with minimal packaging. This saves time and money and protects the environment.
- More economical: quick unpacking saves you time
Ideal for use by customers - More environmentally friendly: Less packaging (small waste)
The cables are packed together in a PE bag to protect against moisture. Individual slip bags are no longer needed. - More economical:
The packaging is based on the optimal utilization of the carton capacity. Resources are optimally used and utilized. - Cheaper: price advantage through bulk purchase
5% below the individual/normal price
This adapter is not a converter! There are also no drivers available. The adapters is to be used with so called combi-devices, it doesn't convert a game port interface to a USB interface.
NOTE: Pay attention to the PIN assignment.
- Sub-D 9-pin socket to Sub-D 9-pin socket
- Plug connector: detachable
- Null modem configuration Pin 1+6-4, 2-3, 3-2, 4-1+6, 5-5, 7-8, 8-7, shield-shield
- Sheath colour: beige
- For connecting / extending / adapting RS232, RS422, RS485 and similar interfaces
- 6pin male to 6pin male
- Complies with IEEE1394a standards
- Supports a maximum transfer rate of 400 Mb/s
- 15pin Sub D plug to 15 pin Sub D socket
- 1:1 pin assignment, molded
- 37pin Sub D plug to 37 pin Sub D socket
- encapsulated plugs
- 1:1 configuration
- Sub-D 9-pin plug to Sub-D 9-pin plug
- Plug connector: die-cast
- PIN connections: straight (1:1)
- Jacket colour: beige
- For connecting / extending / adapting RS232, RS422, RS485 and similar interfaces
- 37pin Sub D plug to 37 pin Sub D plug
- encapsulated plugs
- 1:1 configuration
- Din 5-pin female to Mini-Din 6-pin male
- Die-cast connectors
NOTE: Pay attention to the PIN assignment.
- Sub-D 9-pin socket to Sub-D 25-pin socket
- Plug connector: detachable
- Null modem configuration Pin 2-2, 3-3, 6-4, 7-5, 20-6, 5-7, 4-8, 22-9, screen-screen
- Sheath colour: Beige
- For connecting / extending / adapting RS232, RS422, RS485 and similar interfaces
- 25-pin Sub D male plug to 25-pin Sub D female plug, moulded
- Assignment: 1:1
- For connecting / extending / adapting the RS232, RS422, RS485 and similar interfaces
- 6pin mini diode-plug to 6pin mini diode-plug
- smooth, PC´99 standard green for PS/2 mouse
- 4pin male to 6pin male
- Complies with IEEE1394a standards
- Supports maximum transfer rate of 400Mbit/s
- Sub-D 25-pole male to Sub-D 25-pole male
- Connectors: die-cast
- PIN connections: Straight (1:1)
- Sheath colour: beige
- For connecting / extending / adapting RS232, RS422, RS485 and similar interfaces
- 6pin mini diode-plug to 6pin mini diode-socket
- 1:1 configuration
- PC´99 standard violet for PS/2 keyboard
- cable color: black
- gold-plated contacts
- length 20cm
- only useable for PS/2 combi-devices
- 9pin. plug to 4pin. plug
- double shielded cable
- 6pin mini diode-plug to 6pin mini diode-socket, smooth
- for PS/2 mouse or PS/2 keyboard
- Max. transmission rate: 400 Mbit/s.
- 4pin plug to 4pin plug
- 68pin micro Centronics plug to 68pin micro Centronics plug (other designations: VHD, VHDCX)
- Data transfer rate up to 320 MB/s
- High-quality cable with twisted wire pairs
- Metal plug screwed, with knurled screws
- 9pin. plug to 9pin. plug
- double shielded cable
- 6pin mini diode-plug to 6pin mini diode-socket
- 1:1 configuration
- PC´99 standard green for PS/2 mouse
- cable color: black
- gold-plated contacts
Parallel and serial data transmission
Serial and parallel data transmission are two basic methods for transferring data between devices or within systems. They differ in the way in which the data bits are sent. Serial data transmission is usually 9-pin and transmits the bits one after the other. The 9-pin plugs and sockets replaced the original 25-pin standard in the 1990s. 9-pin, 25-pin and more can be found in the INTOS ELECTRONIC AG® online shop. As the data is transmitted one after the other, the serial interface only requires one line, whereas parallel data transmission requires several lines. For example, if eight bits are to be transmitted, eight lines are required.
Serial or parallel interface? Simultaneous transmission or one after the other? The decision in favour of or against parallel or serial data transmission depends on various factors. These factors include speed, distance and the size of the data.
Advantages of serial data transmission compared to the parallel interface
Serial data transmission is particularly suitable when sending and receiving has to take place over a greater distance or only a limited number of lines are available. As only one data line is used, the hardware is simpler and more cost-effective. However, there are limitations in terms of transmission speed. As all bits are transmitted one after the other in an ordered sequence, the speed per line is lower than with parallel data transmission. However, this disadvantage is no longer necessarily true due to the acceleration of new networks and technologies. Serial cables, on the other hand, are less susceptible to interference. In detail, this means that there is less crosstalk or signal interference between the lines. Serial data transmission is also characterised by simple implementation. Examples of serial interfaces are USB, I2C or RS-232.
Parallel data transmission for short distances
Parallel data transmission makes up for the supposedly low speed of the serial interface. It is particularly suitable when speed is more important than the simplicity of the cabling. The parallel interface transmits data best over a short distance and, above all, simultaneously. However, this interface requires eight lines for one byte. As a result, it achieves a higher data transfer rate than its serial counterpart. Parallel data transfer is therefore increasingly being used in computer systems instead of serial, for example to enable data transfer between the processor and memory. However, the parallel interface requires several lines, which is why the cabling can be more complex and also more expensive. Furthermore, exact synchronisation of the lines is necessary in order to avoid different runtimes and thus faults. Examples of the parallel interface are the parallel port, which was previously used for printers, DIE, the former standard for hard disk connections, and PCI, which is used to connect hardware components within a computer.
Whether serial or parallel interface, discover the variety of our range in the INTOS ELECTRONIC AG® online shop.
