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Windows device driver information for ATI Mobility Radeon X1400. ATI’s Mobility Radeon X1400 device was developed for thin and light notebooks. The ATI Rage is a series of graphics chipsets offering GUI 2D acceleration, video acceleration, and 3D acceleration. It is the successor to the Mach series of 2D.
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ATI Rage - Wikipedia, the free encyclopedia. The ATI Rage is a series of graphics chipsets offering GUI2.
D acceleration, video acceleration, and 3. D acceleration. It is the successor to the Mach series of 2. D accelerators. 3.
D RAGE (I). The 3. D RAGE was released in April 1. Its graphics processor was based again on a re- engineered Mach. GUI engine that provided optimal 2.
D performance with either single- cycle EDO memory or high- speed SGRAM. The 3. D Rage II chip was an enhanced, pin compatible version of the 3. D Rage accelerator.
The second- generation PCI- bus compatible chip boosted 2. D performance by 2. MPEG- 2 (DVD) playback. The chip also had driver support for Microsoft Direct. D and Reality Lab, Quick. Draw 3. D Rave, Criterion Render. Ware, and Argonaut BRender.
Open. GL drivers are available for the professional 3. D and CAD community and Heidi drivers are available for Auto.
CAD users. Drivers are also provided in operating systems including Windows 9. Windows NT, the Mac OS, OS/2, and Linux.
ATI also shipped a TV encoder companion chip for RAGE II, the Impac. TV chip. RAGE II was integrated into several Macintosh Computers, including the Macintosh G3 (Beige), Power Mac 6. In IBM- compatible PCs, several motherboards and video cards used the chipset as well including: the 3. D Xpression+, the 3. D Pro Turbo, and the original All- in- Wonder.
The 3. D Rage IIc was the last version of the Rage II core and offered optional AGP support. The Rage IIc was integrated into one Macintosh computer, the original i.
Mac G3/2. 33 (Rev. A.). Specifications for the Rage II+DVD. MHz coreup to 8. 3 MHz SGRAM memory. MB/s memory bandwidth.
Direct. X 5. 0. 3D Rage Pro. The 3. D Rage Pro chip was designed for Intel's Accelerated Graphics Port (AGP), taking advantage of execute- mode texturing, command pipelining, sideband addressing, and full 2. Initial versions relied on standard graphics memory configurations: up to 8 Mi.
B of SGRAM or 1. 6 MB of WRAM, depending on the model. RAGE Pro offered performance in the range of Nvidia's RIVA 1. Voodoo accelerator, but generally failed to match or exceed its competitors.
This, in addition to its (early) lack of Open. GL support, hurt sales for what was touted to be a solid gaming solution.
In February 1. 99. ATI introduced the 2x AGP version of the Rage Pro to the OEM market and attempted to reinvent the Rage Pro for the retail market, by simultaneously renaming the chip to Rage Pro Turbo, and releasing a new Rage Pro Turbo driver- set (4. In reality, early versions of the new driver only delivered increased performance in benchmarks such as Ziff- Davis' 3.
D Winbench 9. 8 and Final Reality. In games, performance actually suffered. Despite the poor introduction, the name Rage Pro Turbo stuck, and eventually ATI was able to release updated versions of the driver which granted a visible performance increase in games, however this was still not enough to garner much interest from PC enthusiasts. The 3. D Rage Pro was mainly sold in the retail market as the Xpert@Work or the Xpert@Play, with the only difference being a TV- out port on the Xpert@Play version.
It was also the built- in graphic chipset in the Sun. Ultra 5/1. 0 workstations, their first computer model to offer commodity PC hardware components. General Specifications for the 3. D Rage Pro. 7. 5 MHz core. MB 1. 00 MHz SGRAM/WRAM memory. MB/s memory bandwidth.
Direct. X 6. 0. Rage LT and Rage LT Pro. This late 1. 99. 6 chip was very similar to the Rage II and supported the same application coding. It integrated a low- voltage differential signaling (LVDS) transmitter for notebook LCDs and advanced power management (block- by- block power control). The RAGE LT PRO, based on the 3.
D RAGE PRO, was the very first mobile GPU to use AGP. It offered Filtered Ratiometric Expansion, which automatically adjusted images to full- screen size. ATI's Impac. TV2+ is integrated with the RAGE LT PRO chip to support multi- screen viewing; i. TV, CRT and LCD. In addition, the RAGE LT PRO can drive two displays with different images and/or refresh rates with the use of integrated dual, independent CRT controllers. The Rage LT Pro was often used in desktop video cards that had a VESA Digital Flat Panel port to drive some desktop LCD monitors digitally. RAGE XL. As a low- power solution with capable 2.
D- acceleration, the chip was used on many low- end graphics cards. Kerio Personal Firewall 4.2 3 Keygen there. It was also seen on Intel motherboards, as recently as 2.
The Rage XL has been succeeded by the ATI ES1.
Support & Drivers.
Linux. CNC Documentation Wiki: Latency- Test. Latency- test comes with Linux. CNC, you can run it with 'latency- test' from the prompt. For details, see What. Latency. Test. Does.
Move around windows, surf the web, copy files, play music etc. Results may vary by 1. If the Max Jitter is more like 3. If the numbers are 1.
S or more (1. 00,0. PC is not a good candidate for software stepping. Numbers over 1 millisecond (1,0. PC is not a good candidate for Linux.
CNC, regardless of whether you use software stepping or not. See these pages: Fixing.
SMIIssues. Trouble. Shooting. If you are going to use software stepping, then read this: Tweaking. Software. Step. Generation. Motherboard. CPUOther hardware comments. Max Interval (1. 0 ms thread)Max Jitter(ns) 1.
Max Interval (2. 5 us thread)Max Jitter (2. Realtime flavour ABIT KT7. A- RAID AMD Athlon Thunderbird 1. GHz) ATI Radeon RV1. QY (VE/7. 00. 0) AGP Card. COM Fast Etherlink XL PCI. MB Kingston RAM (5.
MB). Sinlge HDD and CD- ROM. COM Fast Etherlink XL PCI. MB Kingston RAM (5. MB). Sinlge HDD and CD- ROM. Also tested with no CPUs isolated, but running four . That performed about twice as good as no . Note: Axis choked using on- board video.
Measured 3. 3 Watts total power draw by Mini- ITX computer running Linux. CNC 1. 00. 10. 94 5.
ASRock FM2. A8. 8M- HD+ AMD A4- 4. Dual Core 3. 2. GHZ Max Turbo, 3. GHZ Base, 1. 0. 0. All Power saving features disabled in BIOS, Bios updated to VER 2. ISOLCPUS Enabled, IRQBalance un- installed, Disabled/Turned? Off spread spectrum, turbo core, APM, C6, cool'n'quiet, SVM, cpu throttle, suspend to RAM1.
ASRock E3. 50. M1 mini- itx AMD Dual- Core Zacate E3. E3. 50. D APU 1. 6. GHz 1. 2. 0. 4, 3. RTAI, All power management disabled in BIOS, Disabled Spread Spectrum, Turbo Core, APM, C6, Cool'n'quiet, SVM, Cpu Throttle, Suspend to RAM, Kernel options . GB SDRam, Intel 8. AC9. 7 sound. 10. ASUS P4. S8. 00. D- X 2.
GHZ Pentium 4 Ge. Force MX4. 00. 0 AGP 1. ASUS P3. C2. 00. 0 6. MHZ Pentium III ATI Rage AGP (might be on the edge) 1. ASUS P5. B DELUXEINTEL PENTIUM D9. Mhz. ASUS ATI RADEON EAH2.
XT, 1. Gb RAM1. 02. ASUS P5. B DELUXE Core. Duo E6. 60. 0 2x. GHz Radeon X3. 00 with 1.
MB, 4 GB Corsair PC2- 8. CL4 RAM, 8. 0GB Samsung IDE HDD, applied tweaks for multicore IRQ remapping (http: //www. HD video playback 9. ASUS PC- DLDual Xeon 3. HT Off,P4 style)Nvidia 6. GT with binary driver, on SMP kernel, Note there is a ~4. GL windows, all results are with GLX gears running, as well as xchat and firefox while installing a bunch of software.
ASUS E3. 5M1- IAMD Fusion E- 3. Dual Core 1. 6. GHz. GB RAM, Linux. CNC live. CD 1. 0. 0. 4, BIOS disabled auto over clocking & C6 (aggressive sleep mode), burn in with 4 hour stress test (I'm a programmer) stress - c 1. AMD Athlon XP 2. 60.
B RAM, AGP video card running . Pleasing numbers, I thought. Using integrated GPU, No parport - Not suitable at all 1. Dell Inspiron 8. 50. Intel Pentium Mobile 2.
GHz Fixing. SMIIssues 1. Dell Optiplex GX2. GHZ Pentium 4 Onboard video - must disable SMI1. Dell Optiplex 3. 60 E7.
GHz Intel G3. 1 onboard Video. Spike coincides w/ maximizing flash video window in Firefox.
Anything else keeps lower numbers. Before installing video card (using on board video), typical numbers were similar, but with spikes ~2. X current max numbers. Running 8. 0. 4 with stock 2. IMPORTANT - Must turn off all power management APM - suspend etc so all shown Disabled. Reducing clock multiplicator from 9 to 8 improved latency.
ATI Radeon HD 2. 60. XT, Open Source driver (Open.
GL? Even when updated reports of complete incompatibility with rtai kernels, usb does not work etc. I won't have a network connection to the machine. HP DC7. 60. 0P4 3. Ghz 4. GB RAM, On board video, Ubuntu 1. LTS installed from Live. CD?, HT Disabled in BIOS, 2x glxgears running, snd kernel modules disables, SMI disabled. HP DC5. 00. 0 Micro Tower.
P4 3. 0 GHz. 2 GB Ram, Ubuntu 1. HP DC5. 00. 0 Micro Tower. P4 3. 0 GHz. 2 GB Ram, Ubuntu 8. On- board i. 91. 5 graphics.
Linux. CNC 1. 0. 0. GB Sata (same results with 8.
AND Debian Wheezy with custom kernels). BIOS settings: load defaults and set . Disabling ACPI/networking/etc gave no improvement. Tested SMI fix but NOT required on 8. GB chipset. Will run < 7.
K with minimal loading (as reported above). Given a more realistic test by opening/closing Firefox approx 1.
RTAIHP / Compaq DC7. SFFCore 2 Duo (E6. Ghz. 4GB Ram. On- board Intel GMA graphics. Disabled all energy saving parameters in BIOS.
Disabled Audio and the 2 serial ports. System has onboard parallel port with EPP+ECP set.