User manual SONY VAIO VGN-P588E

[. . . ] Since implementation by customers of each product may vary, the suitability of specific product configurations and applications must be determined by the customer and is not warranted by SONYCSD. To allow for design and specification improvements, the information in this document is subject to change at any time, without notice. Reproduction of this document or portions thereof without prior written approval of SONYCSD is prohibited. SONY is a registered trademark of SONY Corporation; Versa is a U. S. registered trademark of SONY Technologies, Inc. ; all are used under license by SONY Computer Systems Division (SONYCSD), Packard Bell SONY, Inc. [. . . ] Off Video Monitoring, Keystrokes, FDD, HDD, COM1, COM2, LPT1, Audio Off/1/2/4/8/16 Min Stop Clock Slow Refresh Backlight off, Negative Volt. Off Power Down Standby Mode Timer CPU State DRAM State VGA State Audio State AMP Circuit HDD State LCD state Activity Events Suspend To RAM Timer CPU State DRAM State LCD State VGA, HDD, I/O Chip, PCMCIA, Audio, AMP Circuit, KBC, Clock Generator Power-On Group Activity Events UM8890BN Keyboard, Power, Com1, Fax/Modem, PCMCIA Ring 2-20 General Specifications Table 2-20 Mode Suspend To Disk Device Timer CPU State Power Management Modes Speed Off/1/2/4/8/16 Min Off Off Micro-Controller Power Switch CPU Clock/2 Power System Power-On Group Activity Events Battery Low Condition Battery Low / Low Condition CPU State LCD State CPU State System Power Off Off POWER MANAGEMENT FEATURES (MODE TRANSITION) The following table lists power management transition modes. Table 2-21 FROM/TO Fully-On Doze Sleep Suspend FULLY-ON X 3 6 8 Mode Definitions SLEEP X 4 X X SUSPEND 2 5 7 X DOZE 1 X X X 1. APM Power Management Event: System Suspend Request Notification Battery Low - Low Condition Suspend Events Occurs 3. Sleep Timer Disabled and Suspend Mode Time-Out Battery Low - Low Condition General Specifications 2-21 6. Suspend Mode Time-Out Battery Low - Low Condition 8. Resume Events Occur HOT KEY DEFINITION The following table lists hot key definitions. Table 2-22 FUNCTION KEY Fn + Esc Fn + F10 Fn + F11 Fn + F8 Fn + right Fn + left Fn + PgUp Fn + PgDn Fn + up Fn + down Num Hot Keys CONTENT Suspend LCD/CRT/SIMUL. Display Panel Backlight On/Off PC Speaker Only Contrast Up Contrast Down Speaker Volume Increases Speaker Volume Decreases Brightness Increases Brightness Decreases Numeric Lock ENVIRONMENTAL SPECIFICATIONS The following table lists appropriate operating temperatures. Table 2-23 ITEM Operating Mode Non-Operating Environmental Specifications SPECIFICATION 5 C ~ 35 C (80%) -20 C ~ 60 C (90%) o o o o 2-22 General Specifications POWER SOURCE SPECIFICATIONS The following table lists system power specifications. Table 2-24 Input AC Voltage AC Frequency Power Specifications Version 90 ~ 265 V 47 ~ 63 Hz Nominal 100 ~ 250 V 50 / 60 Hz VIBRATION SPECIFICATIONS The following table lists vibration specifications. Table 2-25 ITEM Operating Mode MODE Direction of Movement: X, Y, Z Axis Vibration Level: 5 ~ 500 ~ 5 Hz, 0. 5 Gs Acceleration Duration Time: 60 min. for each axis Non-Operating Direction of Movement: X, Y, Z Axis Vibration Level: 5 ~ 500 ~ 5 Hz 2 Gs Acceleration Duration Time: 60 min. for each axis Vibration Specifications SHOCK SPECIFICATIONS The following table lists system shock specifications. Table 2-26 ITEM Operating Mode MODE Impact Accelerator: 1g/10g Based on Half Sine-Wave Shock Pulses of 11 Msec Number of Shock: 3 Shocks for each of the 6 faces Direction of movement: 6 Faces Non-Operating Mode Impact Accelerator: 10g, 20g, 30g, 40g, 50g Based on Half SineWave Shock Pulses of 11Msec Number of Shock: 3 Shocks for each of the 6 faces Direction of Movement: 6 Faces Shock Specifications General Specifications 2-23 ELECTRO-STATIC DISCHARGE (ESD) SPECIFICATIONS The following table lists static discharge specifications. Table 2-27 ITEM Contact Discharge Air Discharge HCP VCP Electro-Static Discharge Specifications SPECIFICATION ±2, 4, 8, 12. 5, 15 kV ±2, 4, 15 kV ±2, 4 kV ±2, 4 kV Section 3 Hardware Functional Overview The SONY Versa 2500 Series notebooks consist of several major functions and subsystems including: T system BIOS ­ implemented on the system board and Flash ROM T system processor ­ implemented on the system board T system logic controller ­ implemented on the I/O Board T memory subsystem ­ implemented on the system board T video subsystem ­ implemented on the I/O board, LED board, and LCD display panel T I/O subsystem ­ implemented on the I/O board T keyboard subsystem ­ implemented on part of the system board, and keyboard assembly T PCMCIA controller and sockets ­ implemented on the system board T pointing device subsystem ­ implemented on the I/O board and keyboard assembly T hard disk subsystem ­ implemented on the system board and the hard drive assembly T floppy disk subsystem ­ implemented on the system board and the diskette drive T CD-ROM subsystem ­ implemented on the system board and the CD-ROM reader T power subsystem ­ implemented on the power supply board, inverter board, battery packs, and AC adapter A simplified block diagram of the notebook is shown on the next page. 3-2 Hardware Functional Overview FUNCTIONAL BLOCK DIAGRAM The following figure shows the SONY Versa 2500 Series functional diagram. FLASH BIOS 256KB Bank 0 8MB (on-board) PCMCIA OMEGA 82C094 CARD 0 CARD 1 Bank 1 8, 16MB (DIMM) CORE CHIP UMC UM8891BF-N, UM8892BF-N, UM8886BF-N GLIDE PAD KB CONTROLLER MITSUBISHI M38813M4 EXT. KB/MOUSE INTERNAL KB Cache RAM L2: 256 KB write back COM1 Pentium P54CSLM133MHz PRINTER VGA CHIP C&T 65548 VIDEO RAM 1MB SUPER I/O NS PC87336VLJ HDD FDD LLM INVERTER CRT ON AC or DC ADAPTER 66MHz 14. 318MHz X'TAL CLOCK GEN ICS AV9154-43 24MHz 14. 318MHz Battery IN BATTERY IN +3. 45V DC/DC CONVERTER +5V +12V Figure 3-1 Functional Block Diagram SYSTEM BIOS The primary function of the system BIOS (Basic Input-Output System) is to provide a series of software interrupts, functions, and sub-functions that control operations on certain devices, such as the hard disk drive, the floppy drive, and the video subsystem. Hardware Functional Overview 3-3 The SONY Versa 2500 Series uses the Phoenix BIOS. The BIOS Setup program is an easyto-use system utility configuration that sets system parameters and copies them on the Flash ROM chip with the system BIOS. An additional frame buffer/accelerator DRAM increases the available memory bandwidth for CPU accesses. Video Chipset Controller The C&T 65548 initiates a family of 208-pin, high performance for the full-featured notebook that requires the highest graphics performance available. The 65548 achieves superior performance through direct connection to system processor buses up to 32-bits in width. When combined with the CHIPS' advanced linear acceleration software driver technology, this device exhibits exceptional performance compared with devices of similar architecture. The 65548 also adds a sophisticated 32-bit graphics hardware engine for the Bit Block Transfer (BITBLT), line drawing, hardware cursor, and other functions intensively used in Graphical User Interface (GUIs) such as Microsoft Windows. Features Summary: T Highly integrated design (flat panel/CRT VGA controller, RAMDAC, clock synthesizer) T Multiple Bus Architecture Integrated Interface Local Bus (32-bit CPU Direct and VL) EISA/ISA (PC/AT) Bus PCI Bus Flexible display memory configurations Two 256K x16 DRAMs (1 MB) T Integrated programmable linear address feature accelerates GUI performance T Hardware windows acceleration (65548) T 32-bit graphics engine System-to-screen and screen-to-screen BitBlt 3 operand ROP's Color expansion Optimized for Windows BitBlt format 3-8 Hardware Functional Overview Hardware line drawing 64x64x2 hardware cursor T High performance resulting from zero wait-state writes (write buffer) and minimum wait-state reads (internal asynchronous FIFO design) T Supports panel resolutions up to 800x600 T Supports non-interlaced CRT monitors with resolutions up to 1024x768 at 256 colors T True-color and Hi-color display capability with flat panels and CRT monitors up to 800x600 resolution T Advanced power management features minimize power consumption during: Normal operation Standby (Sleep) modes Panel-Off Power-Saving Mode T Power Sequencing control outputs regulate application of Bias voltage, +5V to the panel and +12V to the inverter for backlight operation T Fully compatible with IBM VGA T EIAJ-standard 208-pin plastic flat pack External VGA Capability The SONY Versa 2500 Series notebooks provide a 15-pin female D-type external VGA connector that can be connected to an external video graphics adapter (VGA) type monitor. Another feature of the notebook computer is the ability to auto-sense the display output to both LCD and the external CRT monitor. The notebook provides external resolution of 1024x768 by 256 colors for the SONY Versa 2500 series with 1 MB video memory. The SONY Versa 2500 Series can also provide simultaneous display at 800x600 at 256 colors with the standard VGA DSTN LCD. KEYBOARD SUBSYSTEM The Keyboard Subsystem of the notebook is implemented on the I/O Board and Keyboard Assembly using the Motorola M 38813M4 keyboard controller chip. The SONY Versa 2500 Series keyboard is an 87/88-key, IBM enhanced-type keyboard with standard characters and function keys plus 12 programmable function keys. The notebook also provides an external PS/2 port for supporting an external PS/2 keyboard or standard DIN-type AT-keyboard. See Section 1 for more information. Hardware Functional Overview 3-9 PCMCIA CONTROLLER AND SOCKETS The PCMCIA controller is implemented on the system board using Omega's 82C094 Interface Controller. [. . . ] Hz 70 Text Display 40 x 25 Video Modes A-3 VGA EXTENDED MODES The C&T 65548 VGA BIOS supports standard VESA and extended modes, listed in the following table. Table A-5 Hex Mode 60 61 No. of Colors 16 16 Text Display 132 x 25 132 x 50 VGA Extended Modes (Text Mode) Font Size 8 x 16 8 x 16 Pixel Resolution 1056 x 400 1056 x 400 Dot Clock MHz 40. 0 40. 0 Horiz. of Colors Text Display VGA Extended Modes (4-Bit Linear Mode) Font Size Pixel Resolution Dot Clock MHz 25. 175 40. 0 65. 0 44. 9 Horiz. Hz 60 60 60 43 20 22 24 24I 16 16 16 80 x 30 100 x 37 128 x 48 8 x 16 8 x 16 8 x 16 640 x 480 800 x 600 1024 x 768 Table A-7 Hex Mode No. [. . . ]