Wednesday, May 25, 2011

Where Next for Nokia Nseries

Where Next for Nokia Nseries?

The Nseries range is starting to look a bit tired, truth be told. There are many areas where Nokia are going to have to make improvements if Nseries can still be considered top of the class when it comes to multimedia, otherwise they risk falling far behind the competition and becoming just also rans.

First thing that needs to be addressed is the camera. For a long time now, the standard camera on an Nseries device is 5.0 megapixel with autofocus, and Carl Zeiss optics. Which, in itself, is ok I guess. But other manufacturers are offering so much more; why no face detection, smile detection, blink detection? No image stabilisation? Why not something like Best Pic which Sony Ericsson have been offering on their Cybershot phones for years! With other devices offering cameras with so much more in terms of features, the camera on NSeries is starting to look a bit tired in comparison.

Then consider video capture. Again, I guess you could say an Nseries device is adequate, but QVGA @ 30fps just isn't enough anymore. Nseries needs to start offering high definition video capture, higher frame rate, super slow motion, and so on.

Video playback also needs to be updated. I've never got on with the Real player, video streaming has never worked well, and the handset needs to support more popular video formats, without need for installing extra applications. Native support for DivX and XviD video files is a must, surely?

Memory is also somewhere where Nseries devices can be improved. More Nseries devices need high internal memory capacity as standard, as well as being expandable with Micro SD cards. The N96 and N97 have this, but more Nseries devices should, and I hope to see it when new devices are announced.

And whilst I'm having a bit of a rant, I find it incredible that a multimedia device has no option onboard for creating something as simple as a slideshow. On a Sony Ericsson C905, it is a simple matter to take captured images, link them together, add in some text, add in a soundtrack, play the video, email it off, upload it to the web, anything. Simple, easy. That I can't do this on an Nseries phone is just amazing, honestly.

These are just a few of the things Nokia need to look at updating on upcoming NSeries devices if they are going to keep pace with the competition. There's bound to be more that I've not thought of (at this late hour). If there's something you think Nokia need to update on the Nseries range, add your thoughts and wants and ideas in the combox.

Thursday, May 07, 2009

Nokia 5800 Deal

The Nokia 5800 is an ok phone, for what it is. A bit bland, a bit ugly, but it does run on S60, which means it hits our interest for that, alone.

Despite my misgivings about this phone, it has proven to be extremely popular, with many retail stores being out of stock of the phone for long periods, with stock only just starting to become freely available.

Because of the 5800's low price, it is avaialble with some amazing offers, especially with the online web retailers. One of the more established retailers, E2Save, have some particularly good offers available right now, and we all like a deal, no?

So, hit the link, take a look, and pick yourself up a bargain.

It All Started With a Vision

Monday, May 23, 2011

Atari Falcon030 DSP port connector pinout

Pin Description
1 General Purpose 0
2 General Purpose 2
3 General Purpose 1
4 SDMA Play Data
5 SDMA Play Clock
6 SDMA Play Sync
7 Not Connect
8 Ground
9 +12V
10 Ground
11 Sync Serial I/F Ctrl 0
12 Sync Serial I/F Ctrl 1
13 Sync Serial I/F Ctrl 2
14 Ground
15 Sync Serial Data In
16 Ground
17 +12V
18 Ground
19 SDMA Record Data
20 SDMA Record Clock
21 SDMA Record Sync
22 DSP Interrupt
23 Sync Serial I/F Data Out
24 Sync Serial I/F Clock
25 Ground
26 External Clock Input

Atari Cartridge ports connector pinout

Atari 2600 , 5200, 7800 and others cartridge port connectors

Atari 2600 Cartridge connector

(from Classic Atari 2600/5200/7800 Game Systems FAQ)Connect a 2716 or 2732/2532 EPROM.
                         Top  D3   D4   D5   D6   D7   A12  A10  A11  A9   A8  +5V   SGND --1- --2- --3- --4- --5- --6- --7- --8- --9- -10- -11- -12-  GND  D2   D1   D0   A0   A1   A2   A3   A4   A5   A6   A7                         Bottom

Top Row

Pin 2716 Pin CPU Name Description
113D3Data 3
214D4Data 4
315D5Data 5
416D6Data 6
517D7Data 7
6*A12Address 12
719A10Address 10
8n/cA11Address 11
922A9Address 9
1023A8Address 8
1124+5V+5 VDC
1212SGNDShield Ground

* to inverter and back to 18 for chip select

Bottom Row

Pin 2716 Pin CPU Name Description
11A7Address 7
22A6Address 6
33A5Address 5
44A4Address 4
55A3Address 3
66A2Address 2
77A1Address 1
88A0Address 0
99D0Data 0
1010D1Data 1
1111D2Data 2
12n/cGNDGround

Atari 5200 Cartridge connector

(from Classic Atari 2600/5200/7800 Game Systems FAQ)
Pin Name
1D0
2D1
3D2
4D3
5D4
6D5
7D6
8D7
9Enable 80-8F
10Enable 40-7F
11Not Connected
12Ground
13Ground
14Ground (System Clock 02 on 2 port)
15A6
16A5
17A2
18Interlock
19A0
20A1
21A3
22A4
23Ground
24Ground (Video In on 2 port)
25Ground
26+5 VDC
27A7
28Not Connected
29A8
30Audio In (2 port)
31A9
32A13
33A10
34A12
35A11
36Interlock

Atari 7800 Cartridge connector

(from Classic Atari 2600/5200/7800 Game Systems FAQ)
Pin Name Description
1R/WRead/Write
2HALTHalt
3D3Data 3
4D4Data 4
5D5Data 5
6D6Data 6
7D7Data 7
8A12Address 12
9A10Address 10
10A11Address 11
11A9Address 9
12A8Address 8
13+5V+5 VDC
14GNDGround
15A13Address 13
16A14Address 14
17A15Address 15
18EAUDIOEAudio ???
19A7Address 7
20A6Address 6
21A5Address 5
22A4Address 4
23A3Address 3
24A2Address 2
25A1Address 1
26A0Address 0
27D0Data 0
28D1Data 1
29D2Data 2
30GndGnd
31IRQInterrupt
32CLK2Clock 2 ???

Another Atari cartridge connector

40 pin EDGE at the computer:
Pin Name Description
1+5V+5 VDC
2+5V+5 VDC
3D14Data 14
4D15Data 15
5D12Data 12
6D13Data 13
7D10Data 10
8D11Data 11
9D8Data 8
10D9Data 9
11D6Data 6
12D7Data 7
13D4Data 4
14D5Data 5
15D2Data 2
16D3Data 3
17D0Data 0
18D1Data 1
19A13Address 13
20A15Address 15
21A8Address 8
22A14Address 14
23A7Address 7
24A9Address 9
25A6Address 6
26A10Address 10
27A5Address 5
28A12Address 12
29A11Address 11
30A4Address 4
31RS3ROM Select 3
32A3Address 3
33RS4ROM Select 4
34A2Address 2
35UDSUpper Data Strobe
36A1Address 1
37LDSLower Data Strobe
38GNDGround
39GNDGround
40GNDGround

ATA (44) internal connector pinout

Pin Name Description
1HSYNCHorizontal Sync
2ID0Monitor ID 0
3VSYNCVertical Sync
4RRed
5GGreen
6BBlue
8n/cNot connected
9n/cNot connected
10ID1Monitor ID 1
11MODE0Mode 0
12n/cNot connected
13/DEGAUSSDegauss
14GNDGround
15GNDGround
16GNDGround
17GNDGround
18GNDGround
19GNDGround
20GNDGround
21GNDGround
22n/cNot connected
23n/cNot connected
24+15V+15 VDC
25+15V+15 VDC

AT&T 6300 Taxan, Philips CM8833 monitors connector pinout

Pin Name Description
1TEXTSpecial TEXT signal (??)
2RRed
3GGreen
4BBlue
5IIntensity
6GNDSignal Ground
7HSYNC/CSYNCHorizontal or Composite Sync
8VSYNCVertical Sync

AT&T 6300 Taxan, Philips CM8833 monitors connector pinout

Pin Name Description
1TEXTSpecial TEXT signal (??)
2RRed
3GGreen
4BBlue
5IIntensity
6GNDSignal Ground
7HSYNC/CSYNCHorizontal or Composite Sync
8VSYNCVertical Sync

AT&T 6300 Keyboard connector pinout

Pin Name Description
1DATAData
2CLOCKClock
3GNDGround
4GNDGround
5+12V+12 VDC
6n/cNot connected
7n/cNot connected
8n/cNot connected
9n/cNot connected

AT&T 53D410 connector pinout

Pin Name Description
1??
2VSYNCVertical Sync
3HSYNCHorizontal Sync
4??
5VIDEOVideo
6??
7??
8??
9??
10??
11??
12??
13GNDGround
14GNDGround
15GNDGround
16??
17??
18??
19??
20??
21??
22??
23??
24??
25??

AT motherboard power supply connector pinout

AT PSU's were used before ATX become to be standard.

AT power supply delivers +5 V, +12 V, -5 V and -12 V voltages using two six-pin connectors. A few newer boards used an aditional connector for +3.3 V. Note, that you must install these connectors to the motherboard in a way that the black wires are placed on the center, or your equipment will be damaged.

P8 AT power supply connector

Pin Name Color Description
1 PG Orange Power Good, +5 VDC when all voltages has stabilized.
2 +5V Red +5 VDC (or n/c)
3 +12V Yellow +12 VDC
4 -12V Blue -12 VDC
5 GND Black Ground
6 GND Black Ground

P9 AT power supply connector

Pin Name Color Description
1 GND Black Ground
2 GND Black Ground
3 -5V White or Yellow -5 VDC
4 +5V Red +5 VDC
5 +5V Red +5 VDC
6 +5V Red +5 VDC
Cable connector is Molex 90331.
The original PC debuted in 1981 and used two cables to connect the PSU (power supply) to the motherboard. The two cables plug side by side into the motherboard connectors. Sometimes they are keyed so they only plug in one way and sometimes they aren't. Even if they're keyed you can insert them the wrong way if you put a little effort into it. You always have to remember to plug them in so the black wires are next to each other.
In old PCs, almost all of the chips ran directly off of the 5 volt rail. As a result the PSU delivers most of its wattage at 5 volts. There are three or four lines dedicated to the 5 volt rail. The other main rail is 12 volts. That was used primarily to run disk drives, motors, and fans. The two negative rails are bias supplies which only have to provide small amounts of current.


P10 AT aux power supply connector (rarely seen)

Pin

Name
Color Description
1 GND Black Ground
2 GND Black Ground
3 GND Black Ground
4 3.3v Green +3.3 VDC
5 3.3v Green +3.3 VDC
6 3.3v Green +3.3 VDC

The aux power cable was added to provide extra wattage to motherboards for 3.3 and 5 volts.

AT LED/Keylock connector pinout

Pin Name Description
1LEDLED Power
2GNDGround
3GNDGround
4KSKey Switch
5GNDGround

AT Keyboard (old style) PC connector pinout

Pin Name Description Technical
1 CLOCK Clock CLK/CTS, Open-collector
2 DATA Data RxD/TxD/RTS, Open-collector
3 n/c Not connected Reset on some very old keyboards.
4 GND Ground
5 VCC +5 VDC

AT Backup Battery connector pinout

Pin Name Description
1BATT+Battery+
2keyKey
3GNDGround
4GNDGround

ASUS R2H AV jack pinout

4 pin 3.5mm (2.5mm) plug connector layout
4 pin 3.5mm (2.5mm) plug connector
at the right side of UMPS's top border

Used on ASUS UMPCs, Sony Vaio, PSOne and other devices

Pin
Number
Pin
Name
Description (may be empty)
1 Left Left audio channel (usually white)
2 Video Composite video (usually yellow)
3 Ground Common ground
4 Right Right audio channe

Asus MyPal A730, A716 connector and USB sync cable pinout

Pin
Number
Pin
Name
Description (may be empty)
1 GND
2 + charge
3 + charge
4 + charge
5 + charge
6 GND
7
8 USB1 data cable 1 usb synch
9 USB2 data cable 2 usb synch
10 GND
11
12 RS232in TTL?
13 RS232out
14
15
16
17
18
19 +5V out usb host pin 1 (Vout)
20 Host1 usb host pin 2 (D- / white)
21 GND usb host pin 4 (GND)
22 Host2 usb host pin 3 (D+ / green)
23
24
25
26



USB sync cable:

USB Pin

USB Signal Asus Pin(s)
1 USB +5V 5,7
2 USB D- 8
3 USB D+ 9
4 Gnd 1,6

Asus MyPal A626, A686, A696 pinout

for Asus MyPal 626 and some others

Pin
Number
Pin
Name
Description (may be empty)
1
2
3
4
5
6 GND
7
8
9
10
11
12
13
14 TxD_RS232
15 RxD_RS232
16
17 USB_GND
18 USB_D+
19 USB_D-
20 USB_+5V
21 GND
22 +5V
23 +5V
24 +5V
25 +5V
26 GND

Asus MyPal A620 cable connector and USB cable pinout

Pin Signal Description
1,7,26GND connected together in cable?
2TRST
3TCK
4TDO
5TMS
6TDI
8USB D-
9USB D+
10VBUSD USB +5V?
11USBH- USB host
12USBH+ USB host
13VUSBH USB host +5V?
14,15,16,17DC4, DC3, DC2, DC1
18RxD TTL, not RS232
19TxD TTL, not RS232
21V Video Out?
22H Video Out?
23B Video Out?
24G Video Out?
25R Video Out?


USB cable pinout
USB Pin USB Signal Asus Pin(s)
1USB +5V 10,17
2USB D- 8
3USB D+ 9
4Gnd 7,20

Asus AV/S card connector pinout

Y/C1 (S-Video)  - Pin2 |X X| Pin1 - GND  Y/C2 (S-Video)  - Pin4 |X #| Pin3 - key  Composite Video - Pin6 |X X| Pin5 - GND

Aiko 78G cell phone unlock connector pinout

Pin Pin
Name
Description
1 GND
2 Not Use
3 RX
4 TX
5 Not Use

Sunday, May 22, 2011

Nokia 2626 Local Mode Test Mode problem solution. this image is to solve test mode local mode problem. change or remove bubble resistor near the main

nokia 2626 local mode solution

Nokia 2626 Local Mode Test Mode problem solution. this image is to solve test mode local mode problem. change or remove bubble resistor near the main ic as shown in the diagram.


Aiko 52G CDMA cell phones interface connector pinout

for data/flash cable only

Something
Pin
Name Direction Description
13 TX
14 RX
24 GND Negativo

Some sources reports that Pin 12 is Rx, Pin 11 Tx, pin 18 - Gnd

Aiko 51G CDMA cell phones interface connector pinout

for data/flash cable only

Something
Pin
Name Direction Description
2 Ext Power+ -?-
3,4 GND Negativo
10 TX Tx. May be Rx.
11 RX RX. May be Tx.

Some sources reports that Pin 12 is Rx, Pin 11 Tx, pin 18 - Gnd

AGP interface connector pinout

AGP (Accelerated Graphics port) is a modified version of PCI bus designed to speed up transfers to video cards.

The Accelerated Graphics Port (also called Advanced Graphics Port) is a high-speed point-to-point channel for attaching a single device (generally a graphics card) to a computers motherboard, primarily to assist in the acceleration of 3D computer graphics. Many classify AGP as a type of computer bus, but this is something of a misnomer since buses generally allow multiple devices to be connected, while AGP does not. AGP originated from Intel, and it was first built into a chipset for the Pentium II microprocessor. AGP cards generally slightly exceed PCI cards in length and can be recognized by a typical hook at the inner end of the connector, which does not exist on PCI cards. Nowdays AGP is almost replaced by PCI-Express.

AGP versions:

  • AGP 1.0: 3.3 volts signaling with speed multipliers 1x (267MB/s), 2x (533MB/s)
  • AGP 2.0: 1.5 volts signaling with speed multipliers 1x (267MB/s), 2x (533MB/s), 4x (1067MB/s)
  • AGP 3.0: 0.8 volts signaling with speed multipliers 4x (1067MB/s), 8x (2133MB/s)

In addition, in the world of workstations different AGP Pro cards exists with extra connectors which allow card to draw more power. In order to make life easier, AGP standard defines some backward compatibilty. The AGP 1.0 specification requires that all implementations support the 1x speed multiplier at 3.3 volts. By default, when the AGP 1.0 machine powers up it selects the fastest speed multiplier supported by both the video card and the motherboard. If they both support 2x then they will run at 2x. Otherwise they run at 1x which is always implemented by all AGP 1.0 video cards and motherboards. The AGP 2.0 specification has a similar requirement. 2x and 1x support at 1.5 volts are required and 4x support is optional. The AGP 3.0 specification requires support for 8x. The 3.0 specification isnt as clear as the 1.0 and 2.0 specifications on the subject of requiring the lower multiplier but all AGP 3.0 almost all implementations support both 8x and 4x. As a result, you can completely ignore speed multipliers when youre checking for compatibility between an AGP video card and an AGP motherboard. If the video card and motherboard both support the same signaling voltage then there is always at least one common speed multiplier supported by both at that voltage. You only need to make sure that the video card and motherboard have at least one signaling voltage in common.

AGP cards and slots
Graphics Card Types Connector Type* Description
AGP 3.3V Card 3.3V slot Supports only 3.3V signaling. Available speeds 1x, 2x.
AGP 1.5V Card 1.5V slot Supports only 1.5V signaling. Available speeds 1x, 2x, 4x.
Universal AGP Card Double slotted Supports 3.3V and 1.5V signaling. Available speeds 1x, 2x at 3.3V and 1x, 2x, 4x at 1.5V.
AGP 3.0 Card 1.5V slot Supports only 0.8V signaling. Available speeds 4x, 8x.
Universal 1.5V AGP 3.0 Card 1.5V slot Supports 1.5V and 0.8V signaling. Available speeds 1x, 2x, 4x at 1.5V and 4x, 8x at 0.8V.
Universal AGP 3.0 Card Double slotted Supports AGP 3.3v, 1.5V, and 0.8V signaling. Available speeds 1x, 2x at 3.3V and 1x, 2x, 4x at 1.5V and 4x, 8x at 0.8V.
*Different slots connectors have different position of key

The AGP connectors on the motherboard are keyed to prevent insertion of AGP cards which would be damaged if plugged in. An AGP 3.3V motherboard connector can only accept AGP cards which have the 3.3V slot. If you try to insert a card without a 3.3V slot into an AGP 3.3V motherboard connector, the card will bump into the connector key and cannot be inserted. Likewise an AGP 1.5V motherboard connector can only accept AGP cards with the 1.5V slot. An AGP universal motherboard connector has no keys and therefore can accept any kind of AGP card. An AGP card with both voltage slots can be plugged into any kind of AGP motherboard connector. If you can plug an AGP card into an AGP motherboard connector, then neither the card nor the motherboard will be damaged (assuming they obey the AGP specifications).

AGP pinout

3.3 Volt Boards
Universal Boards
1.5 Volt Boards
Pin # Side A Side B Side A Side B Side A Side B
1 +12V OVRCNT# +12V OVRCNT# +12V OVRCNT#
2 TYPEDET# +5.0V TYPEDET# +5.0V TYPEDET# +5.0V
3 Reserved 5.0V Reserved 5.0V Reserved 5.0V
4 USB- USB+ USB- USB+ USB- USB+
5 Ground Ground Ground Ground Ground Ground
6 INTA# INTB# INTA# INTB# INTA# INTB#
7 RST# CLK RST# CLK RST# CLK
8 GNT# REQ# GNT# REQ# GNT# REQ#
9 VCC 3.3 VCC 3.3 VCC 3.3 VCC 3.3 VCC 3.3 VCC 3.3
10 ST1 ST0 ST1 ST0 ST1 ST0
11 Reserved ST2 Reserved ST2 Reserved ST2
12 PIPE# RBF# PIPE# RBF# PIPE# RBF#
13 Ground Ground Ground Ground Ground Ground
14 Reserved Reserved WBF# Reserved WBF# Reserved
15 SBA1 SBA0 SBA1 SBA0 SBA1 SBA0
16 VCC 3.3 VCC 3.3 VCC 3.3 VCC 3.3 VCC 3.3 VCC 3.3
17 SBA3 SBA2 SBA3 SBA2 SBA3 SBA2
18 Reserved SB_STB SB_STB# SB_STB SB_STB# SB_STB
19 Ground Ground Ground Ground Ground Ground
20 SBA5 SBA4 SBA5 SBA4 SBA5 SBA4
21 SBA7 SBA6 SBA7 SBA6 SBA7 SBA6
22 Key Key Reserved Reserved Reserved Reserved
23 Key Key GROUND GROUND GROUND GROUND
24 Key Key Reserved 3.3Vaux Reserved 3.3Vaux
25 Key Key Vcc 3.3 Vcc 3.3 Vcc 3.3 Vcc 3.3
26 AD30 AD31 AD30 AD31 AD30 AD31
27 AD28 AD29 AD28 AD29 AD28 AD29
28 VCC 3.3 VCC 3.3 VCC 3.3 VCC 3.3 VCC 3.3 VCC 3.3
29 AD26 AD27 AD26 AD27 AD26 AD27
30 AD24 AD25 AD24 AD25 AD24 AD25
31 Ground Ground Ground Ground Ground Ground
32 Reserved AD STB1 AD STB1# AD STB1 AD STB1# AD STB1
33 C/BE3# AD23 C/BE3# AD23 C/BE3# AD23
34 Vddq 3.3 Vddq 3.3 Vddq Vddq Vddq 1.5 Vddq 1.5
35 AD22 AD21 AD22 AD21 AD22 AD21
36 AD20 AD19 AD20 AD19 AD20 AD19
37 Ground Ground Ground Ground Ground Ground
38 AD18 AD17 AD18 AD17 AD18 AD17
39 AD16 C/BE2# AD16 C/BE2# AD16 C/BE2#
40 Vddq 3.3 Vddq 3.3 Vddq Vddq Vddq 1.5 Vddq 1.5
41 FRAME# IRDY# FRAME# IRDY# FRAME# IRDY#
42 Reserved 3.3Vaux Reserved 3.3Vaux KEY KEY
43 Ground Ground Ground Ground KEY KEY
44 Reserved Reserved Reserved Reserved KEY KEY
45 VCC 3.3 VCC 3.3 VCC 3.3 VCC 3.3 KEY KEY
46 TRDY# DEVSEL# TRDY# DEVSEL# TRDY# DEVSEL#
47 STOP# Vddq 3.3 STOP# Vddq STOP# Vddq 1.5
48 PME# PERR# PME# PERR# PME# PERR#
49 Ground Ground Ground Ground Ground Ground
50 PAR SERR# PAR SERR# PAR SERR#
51 AD15 C/BE1# AD15 C/BE1# AD15 C/BE1#
52 Vddq 3.3 Vddq 3.3 Vddq Vddq Vddq 1.5 Vddq 1.5
53 AD13 AD14 AD13 AD14 AD13 AD14
54 AD11 AD12 AD11 AD12 AD11 AD12
55 Ground Ground Ground Ground Ground Ground
56 AD9 AD10 AD9 AD10 AD9 AD10
57 C/BE0# AD8 C/BE0# AD8 C/BE0# AD8
58 Vddq 3.3 Vddq 3.3 Vddq Vddq Vddq 1.5 Vddq 1.5
59 Reserved AD STB0 Reserved AD STB0# Reserved AD STB0#
60 AD6 AD7 AD6 AD7 AD6 AD7
61 Ground Ground Ground Ground Ground Ground
A62 AD4 AD5 AD4 AD5 AD4 AD5
63 AD2 AD3 AD2 AD3 AD2 AD3
64 Vddq 3.3 Vddq 3.3 Vddq Vddq Vddq 1.5 Vddq 1.5
65 AD0 AD1 AD0 AD1 AD0 AD1
66 Reserved Reserved Vrefcg Vrefcg Vrefcg Vrefcg

The AGP bus is 32 bits wide, just the same as PCI is, but instead of running at half of the system (memory) bus speed the way PCI does, it runs at full bus speed. This means that on a standard Pentium II motherboard AGP runs at 66 MHz instead of the PCI buss 33 MHz. This of course immediately doubles the bandwidth of the port; instead of the limit of 127.2 MB/s as with PCI, AGP in its lowest speed mode has a bandwidth of 254.3 MB/s. The AGP specification is in fact based on the PCI 2.1 specification, which includes a high-bandwidth 66 MHz speed.

Adva FSP150c 825 RS232 ethernet switch console cable pinout

Adva FSP150c 825 RS232 ethernet switch console cable

Device 1
Pin Number
Device 1
Pin Name
Direction Device 2
Pin Number
Device 2
Pin Name
Description (may be empty)
2 TX to 5 RX
3 RX from 6 TX
5 GND - 4 GND

Adtran CSUs RJ45 to DB9 cable connector pinout

e.g. works with Adtran MX2800

RJ45 DB9
15
33
52

Adtran CSUs RJ45 to DB9 cable connector pinout

e.g. works with Adtran MX2800

RJ45 DB9
15
33
52

ADC Pairgain 310F and 320F console connector pinout

used to connect PC to ADSL modem console

ADC Pairgain Console
Pin name
ADC Pairgain Console
Pin
Direction PC com port
Pin
PC com port
Pin name
Description

11
not used

22


33


44


55
not used

66


77
not used

88
not used

ADB Apple Desktop Bus connector pinoutADB is a low-speed serial bus used on Apple Macintosh computers to connect input devices (such as the mouse or k

Adaptec RAIDport connector pinout

Pin Description
Pin Signal
B01 n/c
B02 n/c
B03 Ground
B04 n/c
B05 REQ[A]#
B06 RSVD
B07 REQ[B]#
B08 REQ[C]#
B09 LED[A]#
B10 n/c
B11 n/c
B12 RSVD
B13 CLK40
B14 Ground
B15 MRW
B16 MD[0]
B17 MD[2]
B18 MD[4]
B19 Ground
B20 MD[6]
B21 MA[14]
B22 MA[12]
B23 MA[10]
B24 MA[8]
B25 PRSNT1
B26 MA[6]
B27 MA[4]
B28 Ground
B29 MA[2]
B30 MA[0]
A01 n/c
A02 n/c
A03 n/c
A04 n/c
A05 ACK[A]#
A06 RSVD
A07 ACK[B]#
A08 ACK[C]#
A09 IDDAT
A10 n/c
A11 n/c
A12 SY_RST#
A13 ROMCS[A]#
A14 RAMCS#
A15 Ground
A16 MDP
A17 MD[1]
A18 RAMPS#
A19 MD[3]
A20 MD[5]
A21 MA[13]
A22 MD[7]
A23 MA[11]
A24 MA[9]
A25 MA[7]
A26 Ground
A27 MA[5]
A28 MA[3]
A29 SEECS[A]
A30 MA[1]

Adaptec RAIDport connector pinout

Pin Description
Pin Signal
B01 n/c
B02 n/c
B03 Ground
B04 n/c
B05 REQ[A]#
B06 RSVD
B07 REQ[B]#
B08 REQ[C]#
B09 LED[A]#
B10 n/c
B11 n/c
B12 RSVD
B13 CLK40
B14 Ground
B15 MRW
B16 MD[0]
B17 MD[2]
B18 MD[4]
B19 Ground
B20 MD[6]
B21 MA[14]
B22 MA[12]
B23 MA[10]
B24 MA[8]
B25 PRSNT1
B26 MA[6]
B27 MA[4]
B28 Ground
B29 MA[2]
B30 MA[0]
A01 n/c
A02 n/c
A03 n/c
A04 n/c
A05 ACK[A]#
A06 RSVD
A07 ACK[B]#
A08 ACK[C]#
A09 IDDAT
A10 n/c
A11 n/c
A12 SY_RST#
A13 ROMCS[A]#
A14 RAMCS#
A15 Ground
A16 MDP
A17 MD[1]
A18 RAMPS#
A19 MD[3]
A20 MD[5]
A21 MA[13]
A22 MD[7]
A23 MA[11]
A24 MA[9]
A25 MA[7]
A26 Ground
A27 MA[5]
A28 MA[3]
A29 SEECS[A]
A30 MA[1]

Acura / Alpine CD changer connector pinout

Alpine Pin# Acura Pin# Pin Name Pin Function Wire (ext) Wire (int.)
8 8 GND Ground Black Orange/White
6 6 BATT +12V Yellow Blue/White
7 7 ACC Accessory Red White
1 1 BUS Bus Green Red/White
3 3 B.G Bus Ground Black Orange/White
4 2 R Right Signal Red Blue/White
2 4 S.G Signal Ground Black White
5 5 L Left Signal White Red/White
Shell Shell Chassis Chassis Ground Black Chassis

ActionMedia 2 Audio/Video Capture connector pinout

Pin Description
1Composite Sync Input
2Blue Video Input
3Red Video Input
4Video Ground
5Left Audio Input
6Green Video Input
7Right Audio Input
8Audio Ground

Table below shows usage of inputs depending of the type:

Mode 3 (R) 6 (G) 2 (B) 1 (S)
-Composite video 1 (VCR)Yes
Composite video 2 Yes
SVHS (Y/C)YC
RGB (sync-on-green)RGB
RGBSRGBS

Acer N30, N35, N310, N311, N50 connector pinout

Pin Nr.
Classification
Pin Name I/O Description
26
POWER
GND

Signal ground, Battery charging ground
25
GND
Signal ground, Battery charging ground
24
GND
Signal ground, Battery charging ground
23
GND

Signal ground, Battery charging ground
22





RS232

COM_DCD
I
Full Function UART Data-Carrier-Detect. Connect to +5v to turn on RS-232.
21
COM_DSR
I
Full Function UART Data-Set-Ready
20
COM_RXD
I
Full Function UART Receive
19
COM_RI
I
Full Function UART Ring Indicator
18
COM_CTS
I
Full Function UART Clear-to-Send
17
COM_DTR
O
Full Function UART Data-Terminal-Ready
16
COM_TXD
O
Full Function UART Transmit
15
COM_RTS
O
Full Function UART Request-to-Send
14
USB CLIENT
IO_DEV_USBN
I-O USB Client Device D - (negative) signal
13
USB CLIENT
IO_DEV_USBP I-O USB Client Device D + (positive) signal
12
USB HOST
IO_HOST_USBN I-O USB Host Device D - (negative) signal
11
USB HOST
IO_HOST_USBP I-O
USB Host Device D + (positive) signal
10
POWER out
VBUS
O
Provide power to USB device (PDA is host) (+)
9
POWER in
USB_CHARGE
I
Charge battery via USB from external computer
(PDA is client). Two types of charging current :
100mA or 500mA depending on your power supply (+)
8
POWER in
USB_CHARGE I
7
N.C.



6
EXT SPKR
SPCAROUT
O
Speaker signal output to accessory
5
EXT SPKR DET
CARDETECT
I
Detection : Turns off internal speaker if external is present
4

POWER

+ADAP

I

Positive terminal of DC adaptor that powers the internal charging circuit of Li-Ion battery. The approved power supply is 5.0V ? 5% @ 2A
3
+ADAP I
2
+ADAP I
1
+ADAP I
This pinout may be incorrect in case of USB HOST connection used.
Pins 5,6 are not connected on Acer n30.


USB cable pinout

USB Pin USB Signal Acer pin(s)
1 USB +5V 18,19,24,25,26
2 USB D- 13
3 USB D+ 14
4 Gnd/shield 1,2,3

Acer iDEA 500 PSU connector pinout

14-pin Molex connector used to connect ACER iDEA 500 power supply to motherboard

PinPin
Name
Description
1 +3.3V orange
2 COM black
3 O/T signal blue (over temperature I guess)
4 PS ON green
5 PW OK grey
6 COM black
7 +12V1 yellow
8 +3.3V & +3.3VS orange & brown
9 COM black
10 +5Vsb purple
11 +5V red
12 +5V red
13 COM black
14 +12V1 yellow

Connector is Molex 39-01-2140. It is similar to ATX 20/24 pins PSU connector, but with only 14 pins. Original power supply is FSP120-40GLS.

Acer GXD 250 cell phone connector pinout

for data/flash cable only

PinSignalDescription
2,16short, GND
3Tx
4Rx
5Vcc

Accesories for Radios SM50-GM300 connector pinout

back connector of Motorola Gm300 sm50..etc... movile radios


Pin
Name
Pin
Number
Description
1 EXT SPK- Speaker conexion OUT -
2 EXT MIC Audio input for MIC
3 EXT PTT PTT push to talk (MIC PTT)
4 EXT ALARM External alarm HORN
5 INPUT FLAT Audio Input
6 SPARE SPARE Conexion
7 GND GROUND
8 COR (COR) Programable O/P
9 EMERG SW EMERGENCY Switch(Foot sw)
10 IGN Sense IGNITION SENSOR
11 RX AF OUT AUDIO OUTPUT FROM RECEIVER
12 I/O INPUT/OUTPUT PROGRAMMABLE
13 SW A+ SENSE SW SENSOR A+
14 I/O INPUT/OUTPUT PROGRAMMABLE
15 INT SPK + INTERNAL Speaker conexion OUT +
16 EXT SPK + EXTERNAL Speaker conexion OUT +

Ablerex Troy 600 UPS cable connector pinout

Shutdown Cable with UPSee software. Should work with Troy 800

PC Pin
Name
PC Pin
Number
DirectionUPS Pin
Number
UPS Pin
Name
Description
1 -?- 1
2 -?- 2
3 -?- 3
4 -?- 4
5 -?- 5
6 -?- 6
7 -?- 7
8 -?- 8
9 -?- 9

AAUI to AUI cable connector pinout

Description AAUI AUI
control in circuit A52
data out circuit A93
data in circuit shieldshell4
data in circuit A25
voltage common46
control out circuit shieldshell8
control in circuit B69
data out circuit B1010
data out circuit shieldshell11
data in circuit B312
voltage plus113
voltage shieldshell14

9 to 15 pin VGA cable connector pinout

9-Pin VGA connector 15-Pin VGA connector
Red Video 1 1
Green Video 2 2
Blue Video 3 3
Horizontal Sync 4 13
Vertical Sync 5 14
Red GND 6 6
Green GND 7 7
Blue GND 8 8
Sync GND 9 10 + 11

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