Belkin F1DA104Z DB 9 pinout

the 2010 is a legacy KVM DSR, and you might not have the same features that are present on the 8035 model. the settings to connect to the 2010 with a NullModem cable are 9600, 8, none, 1, none (same as Cisco settings).

The 8035 comes with a special adaptor which is DB9 to RJ45 and it comes in the box.

I hope that answers your question.


As far as console logs goes, no such thing on the DSR line.

Look again. Those "RJ11/RJ12" are not 2-pair/3-pair small Telco jacks but rather the 4-pair lager size found in Telco data com circuits (ancient DS0/T1 technology) and commonly now for Ethernet often referred as Local Area Network, LAN, data communications at 10 up to 1000 Mbps.
An RJ45 is larger and can not fit into an RJ11/RJ12 jack. The smaller RJ11/RJ11 will insert and make contact with the inner pins but if the line is active the Belkin device now has/will have a blown port. Don't!

Your Belkin N600 expects one Ethernet cable from a cable or DSL modem into the WAN or Internet port on the Belkin N600 for link through your carrier to Internet.

A four port gang of Ethernet RJ45 plugs is also present and is where your in-house PCs and Ethernet peripherals plug in. On the OEM website usually there is a colored quick setup guide to help you.

Some OEMs designate a yellow Ethernet wire from cable/DSL/satellite modem to WAN port and blue for internal LAN devices to try to reinforce outside verses after the NAT firewall inside the router for your internal LAN. The signal doesn't care about color it's for you.

The internally generated WiFi or WLAN (wireless LAN) is part of the LAN side but allows WiFi radio connection to client devices.


The 4-pair Ethernet cables have 8 conductors wIth the wire end of the plug to you and the contacts held upwards you will note the four pairs and their colors blue, orange, green and brown each with one conductor of the pair white with the color and then the color solid or more correctly the color with white stripe. Signals are on pins (left to right) 1&2, 3&6. On standard cable both ends are the same - a straight through, for hub to client. A cross-over cable takes 1&2 to 3 &6 on the opposite end and vice versa. This was for client to client or hub to hub connections before auto-sensing ports showed up to make the signals swap if needed automatically found in most equipment today. Some cables from OEMs have the correct physical size and pinouts, but only use the 2 signaling pairs. It is best to use these short distances and preferably away from rf noise like in modem to WAN port connections.

The twists per inch in the cable and interweave determines frequency response which defines CAT 3, CAT5, CAT5e and CAT6 level of Ethernet cables. CAT5 is fine else CAT5e/CAT6. CAT3 is generally considered now for telco use only, but can be pressed into into service short haul. (Won't get the 328 ft rated reliably above 10baseT speeds).

You may run across Ethernet with PoE this means on unused pairs a device like a video camera is fed power as well as data connectivity over its Ethernet connection. Follow directions to put power to the correct location as needed and look for any recommended grounding requirements, especially with antennas.

Prices vary widely depending upon bubble packaging and the store overhead generally $6-$12 for about 6 ft or 2 m.

If you want to make your own then RTFM and understand millage may vary until you get the right tools and parts and practice while adhering to standards. I find it more cost effective to use pre-made & tested cables except if failure at an end then I repair followed by testing to re-qualify the cable to not degrade its use.


OBTW - Generally the USB was for single computer use at lower speeds of earlier service speeds below 3-6 Mbps - usually don't.

RJ45 1 to DB25 11 RJ45 2 to DB25 3 RJ45 3 to DB25 2 RJ45 4 to DB25 18 ~ 25

DB9 -----------------------------------> RJ45 1 ---------------------------------------> 8 2 ---------------------------------------> 4 3 ---------------------------------------> 3 4 ---------------------------------------> 7 5 ---------------------------------------> 5 6 ---------------------------------------> 6 7 ---------------------------------------> 1 8 ---------------------------------------> 2 9 ---------------------------------------> NC
If not work, invert the RJ45 connector

Sounds like you're looking for something like this:
http://www.performance-pcs.com/catalog/index.php?main_page=product_info&products_id=1116

Sounds like you need to install drivers.
Tell me the manufacturer and model number of the foot pedal. I'll track down a driver for it.

The D is the shape of the connector when looked at it on it's side. The second letter (A,B,C,D,E) defines the amount of pins in the D connector. "DB9" is actually called DE by the standard and the E=9 pins. A=15, B=25, C=37, D=50, E=9. This standard was set in place by ITT Corp (Not the school) in 1952, and DE-9 connectors were used for tons of applications. (Machinery, Cars, etc). If you are only referring to the computer uses, the connector is widely known as RS-232 or a "Serial" port. These ports in computers were/are used for devices like early printers, scanners, networking hardware, or even as a method of connecting to the Internet at one point.

Hello

The pinout is determined by the serial port you are plugged into. Are you using serial port 1 or 2. This is pinout from a standard DB9 PC serial port should get you into SP1.

Blue-8
Orange-7
Black-2
Red-3
Green-5
Yellow-4
Brown-6
White-No Connect

Write back and let me know - BAD421

Serial meaning 2.5mm stereo headphone looking jack to DB9 or "atari joystick" looking plug? I had one on my first Toshiba PDR-M1 camera but that was like 9 years ago. You can probably find the pinouts online for that cable, I believe it is a standardized cable.

The stereo plug is wired to the PC serial port as shown in the following diagram:
tip ring sleeve +---------------------------------+
| |
/-------+-----+--------------+ |
| RxD | Gnd | TxD | 2.5 mm Stero Plug |
\-------+-----+--------------+ |
| |
DB9*: pin 2 pin 5 pin 3 +---------------------------------+

DB9*: Optionally short together pin 4 (DTR) to pin 6 (DSR) and
pin 7 (RTS) to pin 8 (CTS)
The following table also describes the camera cable's wiring: Camera PC's
Plug DB9* Signal Name Direction
---- ---- ----------- ---------
- 1 Carrier detect (CD) input to PC
tip 2 Receive data (RxD) input to PC
sleeve 3 Transmit data (TxD) output from PC
- 4 \ Data terminal ready (DTR) output from PC
ring 5 | Signal ground (Gnd) -
- 6 / Data set ready (DSR) input to PC
- 7 \ Request to send (RTS) output from PC
- 8 / Clear to send (CTS) input to PC
- 9 Ring indicator (RI) input to PC
* Note that the cable's D-subminature DB9 RS-232 serial port connector is female. This connector also goes by the historically more correct name of "DE-9J".

You need to have the keyboard connecter (purple) connected to your computer in order for the KVM switch to recognize it. The computer is providing some power through the keyboard connector and this is what the KVM switch is feeding on.

If you have a USB keyboard, you may want to change your KVM for a USB compatible one. If you just want to use the KVM to switch your monitor, you may plug the keyboard (purple) connector of the KVM to your computer's keyboard PS/2 port and also connect you USB keyboard directly to your computer. It should work.