KX-P7105 / KX-P7110

7.1.5.IC6 ( LAN IC )

IC6 (LAN IC)

Pin

Symbol

In/Out

Function

No.

 

 

 

1

MA3/EEDI

Out

BIOS ROM/Flash Address 3/

 

 

 

EEPROM Data In

2

MA4/EECLK

Out

BIOS ROM/Flash Address 4/

 

 

 

EEPROM Clock

3

MA5

Out

BIOS ROM/Flash Address 5

4

MDIO

In/Out

Management Data I/O

5

MDC

Out

Management Data Clock

6

RXCLK

In

Receive Clock

7

RXD0/MA6

In/Out

Receive Data 0/

 

 

 

BIOS ROM Address 6

8

VSSIO1

-

Ground

9

VDDIO1

-

+3.3V

10

RXD1/MA7

In/Out

Receive Data 1/

 

 

 

BIOS ROM Address 7

11

RXD2/MA8

In/Out

Receive Data 2/

 

 

 

BIOS ROM Address 8

12

RXD3/MA9

In/Out

Receive Data 3/

 

 

 

BIOS ROM Address 9

13

RXOE

Out

Receive Output Enable

14

RXER/MA10

In/Out

Receive Error/

 

 

 

BIOS ROM Address 10

15

RXDV/MA11

In/Out

Receive Data Valid/

 

 

 

BIOS ROM Address 11

16

VSSIO2

-

Ground

17

X1

In

Crystal/Oscillator Input

18

X2

Out

Crystal Output

19

VDDIO2

-

+3.3V

20

PHYVSS1

-

Ground

21

PHYVDD1

-

+3.3V

22

TXD0/MA12

Out

Transmit Data 0/

 

 

 

BIOS ROM Address 12

23

TXD1/MA13

Out

Transmit Data 1/

 

 

 

BIOS ROM Address 13

24

TXD2/MA14

Out

Transmit Data 2/

 

 

 

BIOS ROM Address 14

25

TXD3/MA15

Out

Transmit Data 3/

 

 

 

BIOS ROM Address 15

26

VSSIO3

-

Ground

27

VDDIO3

-

+3.3V

28

COL

In

Collision Detect

29

CRS

In

Carrier Sense

30

TXEN

Out

Transmit Enable

31

TXCLK

In

Transmit Clock

32

PHYVSS2

-

Ground

33

PHYVDD2

-

+3.3V

34

NC1

-

N.C.

35

FSVSS

-

Ground

36

FSVDD

-

+3.3V

37

SUBGND1

-

Ground

38

RXAVSS1

-

Ground

39

RXAVDD1

-

+3.3V

40

VREF

In

Bandgap Reference

 

 

 

 

Pin

Symbol

In/Out

Function

No.

 

 

 

41

RESERVED1

-

Reserved

42

NC2

-

N.C.

43

NC3

-

N.C.

44

RXVSS2

-

Ground

45

TPRDM

In

Receive Differential Data -

46

TPRDP

In

Receive Differential Data +

47

RXVDD2

-

+3.3V

48

NC4

-

N.C.

49

SUBGND2

-

Ground

50

RESERVED2

-

Reserved

51

TXDVSS

-

Ground

52

TXIOVSS1

-

Ground

53

TPTDM

Out

Transmit Differential Data -

54

TPTDP

Out

Transmit Differential Data +

55

TXIOVSS2

-

Ground

56

TXDVDD

-

+3.3V

57

MACVSS1

-

Ground

58

MACVDD1

-

+3.3V

59

PMEN/

In/Out

Power Management Event/

 

nCLKRUN

 

Clock Run Function

60

PCICLK

In

Clock

61

nINTA

Out

Interrupt A

62

nRST

In

Reset

63

nGNT

In

Grant

64

nREQ

Out

Request

65

PCIVSS1

-

Ground

66

AD31

In/Out

Address and Data 31

67

AD30

In/Out

Address and Data 30

68

AD29

In/Out

Address and Data 29

69

PCIVDD1

-

+3.3V

70

AD28

In/Out

Address and Data 28

71

AD27

In/Out

Address and Data 27

72

AD26

In/Out

Address and Data 26

73

AD25

In/Out

Address and Data 25

74

AD24

In/Out

Address and Data 24

75

nCBE3

In/Out

Bus Command/Byte Enable 3

76

IDSEL

In

Initialization Device Select

77

PCIVSS2

-

Ground

78

AD23

In/Out

Address and Data 23

79

AD22

In/Out

Address and Data 22

80

PCIVDD2

-

+3.3V

81

AD21

In/Out

Address and Data 21

82

AD20

In/Out

Address and Data 20

83

AD19

In/Out

Address and Data 19

84

VSSIO4

-

Ground

85

VDDIO4

-

+3.3V

86

AD18

In/Out

Address and Data 18

87

AD17

In/Out

Address and Data 17

88

AD16

In/Out

Address and Data 16

89

nCBE2

In/Out

Bus Command/Byte Enable 2

90

PCIVSS3

-

Ground

91

nFRAME

In/Out

Frame

 

 

 

 

124

Page 123 Page 125
Page 124
Image 124
Panasonic KX-P7110, KX-P7105 manual 5. IC6 LAN IC
Page 123 Page 125

KX-P7105, KX-P7110 specifications

The Panasonic KX-P7105 is a compact and efficient dot matrix printer designed for high-performance printing in both home and office environments. Known for its reliability and versatility, the KX-P7105 is especially favored for its ability to handle a variety of printing tasks, from simple documents to more complex forms.

One of the standout features of the KX-P7105 is its impressive printing speed. It can reach up to 550 characters per second, which makes it an ideal choice for businesses that require quick turnaround times for their printing needs. Additionally, with a resolution of 240 x 216 dpi, the printer produces clear and legible text, ensuring that prints are suitable for professional use.

The KX-P7105 is designed with convenience in mind, featuring a user-friendly interface that makes it easy to operate. It supports both continuous forms and cut sheets, allowing users to switch between different media types smoothly. This flexibility is complemented by the printer’s multi-part form capability, which can handle up to six-part forms effortlessly, making it ideal for printing invoices, shipping labels, and other official documents.

In terms of connectivity, the Panasonic KX-P7105 offers parallel and optional serial interfaces, allowing it to connect seamlessly with various devices such as computers and terminals. This connectivity ensures that users can integrate the printer into their existing workflows without any major disruptions.

Another significant characteristic of the KX-P7105 is its durability. Built with robust components, it is designed to withstand the rigors of daily use in demanding environments. The dot matrix technology also allows for long-lasting ribbons that provide extended printing output, which is an economical advantage for users.

The printer is also equipped with an automatic line feed function that enhances operational efficiency by automatically adjusting the paper feed according to the print job. This feature minimizes the chance of paper jams and improves the overall reliability of the printing process.

In summary, the Panasonic KX-P7105 stands out for its fast printing speeds, versatility in media handling, durable construction, and user-friendly operation. These characteristics make it an excellent choice for businesses and individuals seeking a dependable dot matrix printer that can accommodate a range of printing needs while delivering quality results.
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