Intel 7200 specifications Docking Connector Pin Assignment

Page 18

Docking Connector Pin Assignment

Pin

Description

Pin

Description

Pin

Description

1

A+

2

A+

3

CCO

4

SOUTA

5

GND

6

/DCD2

7

/DSR2

8

SIN2

9

/RTS2

10

GND

11

/STROBE

12

/AUTOFD

13

PPD0

14

/ERROR

15

PPD1

16

/INIT

17

PPD2

18

GND

19

SLCT

20

D-LOCK

21

CCLK3

22

GND

23

CCLK2

24

GND

25

CCLK1

26

GND

27

CCLK0

28

GND

29

A+

30

CCO

31

CCO

32

+20V-EN

33

SINA

34

GND

35

SOUT2

36

/CTS2

37

/DTR2

38

/RI2

39

GND

40

/SLCTIN

41

PPD3

42

PPD4

 

 

 

 

 

 

43

PPD5

44

PPD6

45

PPD7

46

/ACK

47

BUSY

48

PE

49

BHSYNC

50

BVSYNC

51

GREEN

52

RED

53

BLUE

54

DDCCLK

55

DDCDATA

56

GND

57

GND

58

DSRA

59

RTSA

60

DTRA

61

DCDA

62

COMSTBY#

63

CAD31

64

CAD30

65

CAD19

66

CAD17

67

CC/BE#0

68

CC/BE#1

69

CGNT0#

70

CGNT1#

71

CREQ0#

72

CREQ1#

73

CAD15

74

CAD12

75

CAD9

76

CAD6

77

CAD3

78

CAD0

79

MTR0#

80

MTR1#

81

FDD0#

 

 

 

 

 

 

82

FDD1#

83

N.C

84

DOCKRDY#

85

FB0

86

DOCKEN#

87

CTSA

88

RIA

89

RI2

90

CINTA#

91

CINTB#

92

CAD29

93

CAD18

94

CAD16

95

CC/BE#2

96

CC/BE#3

97

CGNT2#

98

CGNT3#

99

CREQ2#

100

CREQ3#

101

CAD14

102

CAD11

103

CAD8

104

CAD5

105

CAD2

106

TRK0#

107

HDSEL#

108

RDATA#

109

WRPRT#

110

WGATE#

111

ENBL3V

112

DOCKEN#

113

DOCK-ON

114

SEL2

115

CINTC#

116

UN-DOCK#

117

CAD27

118

CAD25

119

CAD24

120

CAD22

121

CAD21

122

CIRDY#

123

CSTOP#

124

CSERR#

125

CPAR

126

CFRAME#

127

CBLOCK#

128

CDEVSEL#

129

CAD13

130

CAD10

131

CAD7

132

CAD4

133

CAD1

134

INDEX#

135

DSKCHG#

136

DIR#

137

STEP#

138

WDATA#

139

3MOD-B

140

GND

141

N.C

142

SEL3

143

DOCK-VCC

144

CAD28

145

CAD26

146

GND

147

CAD23

148

GND

149

CAD20

150

GND

151

CPERR#

152

GND

153

CRST#

154

EN-722

155

CTRDY#

156

GND

157

MUS-DATA

158

MUS-CLK

159

KBD-DATA

160

KBD-CLK

161

XSD978

162

XSC978

 

 

 

 

 

 

163

978XA0

164

978XA1

165

978XA2

166

978XA3

167

GND

168

GND

18

Image 18
Contents Model Memory SpecificationsSystem Bios DisplayRechargeable battery Pack Infrared Wireless CommunicationPower Management AC Power Supply Model AC-D01 Size & WeightHex range Device Address MapSystem Memory Map Address Size FunctionMotherboard P54XX Pentium-120/133/150/166/200 Microprocessor MicroprocessorP54C Pentium-100 Microprocessor P55C-133/166/200 MicroprocessorChips Core Logic Chip OPTi FireStar 82C700VGA Controller C&T Panel # Panel TypeL2 Cache Speed PC Card 95 CardBus Interface Controller TI PCI1131L2 Cache Size Dram SpeedSuper I/O Floppy Disk Controller SMC FDC669FR AIT1108E VGA to NTSC/PAL Converter Real PCI To USB Ohci Chip CMD0670Keyboard Controller Mitsubishi M38813M4 ES981 Wavetable ROM ESS ES1879 High Quality Audio ChipES690 Wavetable Synthesizer ES938 3-D Audio Effects ProcessorInterfaces Floppy Disk Drive InterfacePin Description Hard Disk Drive Interface RS-232C Serial Interface Parallel interfaceExpansion Memory Socket SocketMD20 MD52 MD21 MD53 MD22 MD54 MD23 100 MD55 101 Docking Connector Pin Assignment Internal Trackpad Interface External Monitor InterfaceRGB Out External Keyboard/PS2 Mouse Interface External S-Video TV-Out InterfaceExternal Game Port Interface External USB Universal Serial Bus Interface Port a Pin DescriptionPort B Internal ISA Interface For Optional Modem/LAN IRQ5 IRQ9Internal Hardware Mpeg Interface For Optional MX501/ALi3307 AD0 AD1 AD2 AD3 AD4 AD5 AD6 AD7 AD8 AD9Pcmcia CardBus Interface Socket aSocket B Connector a LCD Interface For TFT XGA With FPDL/Panel LinkConnector B DC/DC Converter Board Output requirement CPU Power BoardInput requirement EfficiencyInverter Board AC output Min Typical MaxSetting DIP Switch Dip Switch SW1 PurposeCode Description Bootable Recovery CodesUncompressed Initialization Codes CodePost Phases Bios Error ReportingBeeps Error Messages Description Error Message Explanation RAMPage Page Page Page Page Page Page Page Page Page Page

7200 specifications

The Intel 7200 series processors are designed to deliver high-performance capabilities for various applications ranging from data analytics to virtualization. Launched as part of Intel's Xeon Scalable processor family, the 7200 series aims to cater to enterprises that require robust computing power for their demanding workloads.

One of the key features of the Intel 7200 series is its high core count, allowing it to handle multiple threads simultaneously. With up to 24 cores and 48 threads, these processors excel in multitasking environments, enabling efficient data processing and enhanced performance for virtual machines. This makes them an ideal choice for cloud computing, enterprise applications, and big data analysis.

Incorporating Intel's Advanced Vector Extensions 512 (AVX-512), the 7200 series provides exceptional performance in applications requiring heavy mathematical computations, such as scientific simulations, financial modeling, and media processing. This technology enhances throughput by accelerating data-intensive workloads, significantly reducing execution time.

Another noteworthy feature is Intel's Speed Shift technology, which enables faster transitions between power states. This is crucial for optimizing energy consumption depending on workload demands, ultimately leading to improved efficiency. Coupled with Intel Turbo Boost technology, the 7200 series can dynamically increase clock speeds to maximize performance when needed while managing thermal output effectively.

Intel's Security-first architecture is also a highlight of the 7200 series. With built-in security features like Intel Software Guard Extensions (SGX) and Intel AES New Instructions, these processors provide robust data protection, ensuring that sensitive information remains secure in virtualized environments.

The memory support for the Intel 7200 series is substantial, allowing for up to 1.5 TB of DDR4 memory with support for six memory channels. This capability aids in data-intensive applications where low latency access to vast amounts of memory is crucial for optimal performance.

Furthermore, the 7200 series is equipped with Intel's Integrated I/O technology, which reduces latency and increases bandwidth by placing the I/O controller directly on the processor. This feature is particularly beneficial for workloads that involve significant data movement, such as database transactions and analytics.

In summary, the Intel 7200 series processors provide a powerful solution for enterprises seeking high-performance computing capabilities. With a combination of high core counts, advanced vector extensions, dynamic power management, enhanced security features, and substantial memory support, these processors are well-suited for modern data-centric workloads. Whether it’s for cloud infrastructures, virtualization, or intense computational tasks, the Intel 7200 series stands out as a reliable choice for businesses looking to leverage the power of advanced processing technologies.