21
Digidesign Pro Tools / Re: Protools LE 5.3.2 digi 002 authorization
« Last post by Rrons on May 03, 2026, 08:44:30 AM »Sorry, I misread your post. My bad 
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Recent Posts
22
Digidesign Pro Tools / Re: Protools LE 5.3.2 digi 002 authorization
« Last post by yungjoon on May 03, 2026, 05:13:56 AM »Thanks for your reply but the iso is for cakewalk, not protools.
Did I miss something?...
Did I miss something?...
23
Windows XP (Oct 2001) / Windows XP Activation
« Last post by Rrons on May 02, 2026, 02:21:38 PM »
24
Digidesign Pro Tools / Re: Protools LE 5.3.2 digi 002 authorization
« Last post by Rrons on May 02, 2026, 01:43:01 PM »Go to https://archive.org/ also known as internet archive and type in Cakewalk Dimension Proteus Pack (ISO) and (SFZ's) in the search engine. There is an ISO download that may contain a keygen. 
Let us know what you find.
Let us know what you find.25
Digidesign Pro Tools / Protools LE 5.3.2 digi 002 authorization
« Last post by yungjoon on May 02, 2026, 02:19:22 AM »Hi,
I bought a second hand digi 002 without its bundle (CDs, manual). I think it was sold with a digi 002 version of Protools LE (5.3.2).
I downloaded the 5.3.2 version and installed it. When I try to run it, it requires an authorization code and says that this code is written on the cover page of the "getting started guide" provided with the digi002.
I suppose any digi 002 user have it if he kept its original bundle.
It is said that the digi 002 is the software key, but it is wrong. I ran the software with the digi 002 connected and it does not work. It is funny: there is a "welcome" message on the digi 002 screen before authorization request, proving that the interface is well recognized.
Is there a solution?
My config is Imac G4 cube/mac os 9.22/ Digi002 (upgraded firmware for mac os 9)
Thanks for your help!
I bought a second hand digi 002 without its bundle (CDs, manual). I think it was sold with a digi 002 version of Protools LE (5.3.2).
I downloaded the 5.3.2 version and installed it. When I try to run it, it requires an authorization code and says that this code is written on the cover page of the "getting started guide" provided with the digi002.
I suppose any digi 002 user have it if he kept its original bundle.
It is said that the digi 002 is the software key, but it is wrong. I ran the software with the digi 002 connected and it does not work. It is funny: there is a "welcome" message on the digi 002 screen before authorization request, proving that the interface is well recognized.
Is there a solution?
My config is Imac G4 cube/mac os 9.22/ Digi002 (upgraded firmware for mac os 9)
Thanks for your help!
26
General / Miscellaneous / looking to buy someones legacy reason license
« Last post by chrisNova777 on April 29, 2026, 08:49:35 AM »need it to qualify my upgrade i got as a gift for a friend
if u have a license u can transfer to me it can be any version 1-12
hopefully someone has an old 3/4/5 license to sell me?
if u have a license u can transfer to me it can be any version 1-12
hopefully someone has an old 3/4/5 license to sell me?
27
OsX86 Hackintosh (Intel / AMD) / m.musashi SKGE.kext version 0.2d (2006) for TIGER
« Last post by chrisNova777 on April 28, 2026, 06:22:15 AM »looking for m-muhasi's SKGE.kext version 0.2d this is a version he originally created for OSX TIGER 10.4.xx and it was later replaced by version 0.2e and the links for the earlier version were removed. if anyone has this version please attach to the post here. thanks
im looking for this for compatibility with the Marvell 88E8001 Ethernet LAN chip that is built into my Asus p5pe-vm board. this board only has 3 pci slots and i cant afford to use one of them for LAN when theres already a built in port.
the file was listed here
https://www.insanelymac.com/forum/topic/15700-marvell-yukon-8001-the-driver/
but soem genius deleted teh link to the older version of the file
rather them just adding the new link they chose to delete teh old
https://www.insanelymac.com/forum/profile/33618-mmusashi/
im looking for this for compatibility with the Marvell 88E8001 Ethernet LAN chip that is built into my Asus p5pe-vm board. this board only has 3 pci slots and i cant afford to use one of them for LAN when theres already a built in port.
the file was listed here
https://www.insanelymac.com/forum/topic/15700-marvell-yukon-8001-the-driver/
but soem genius deleted teh link to the older version of the file
rather them just adding the new link they chose to delete teh old
https://www.insanelymac.com/forum/profile/33618-mmusashi/
28
OsX86 Hackintosh (Intel / AMD) / osx86project.org original 2007 3rd party drivers
« Last post by chrisNova777 on April 26, 2026, 06:51:49 AM »29
OsX86 Hackintosh (Intel / AMD) / VERDICT: your hackintosh Potential is determined by your PCIE version
« Last post by chrisNova777 on April 16, 2026, 12:09:11 AM »so my P5B Deluxe Wifi/AP will never be enough for Snow Leopard true potential without pcie 2.0 support??
That is a bittersweet realization for many LGA775 enthusiasts. The Asus P5B Deluxe is a legendary board—arguably one of the best ever made for overclocking—but you’ve hit on its one "hard" ceiling: it is an Intel P965 chipset board, which means it is strictly PCIe 1.1.
Even if you have the fastest Core 2 Quad and 8GB of RAM, you are effectively running Snow Leopard on a highway with a lower speed limit than your Asus M4A785TD-M EVO or a late-model Mac Pro.
Why the P5B Deluxe Hits a Wall in Snow Leopard
The "True Potential" of Snow Leopard relies on high-speed data movement, and the P5B Deluxe has three specific bottlenecks compared to a PCIe 2.0 board:
1. The GPU "Choke" Point
Snow Leopard introduced Core Animation and OpenCL everywhere. These technologies constantly move textures and data between the System RAM and the GPU.
PCIe 1.1: Has a bandwidth of 250 MB/s per lane.
PCIe 2.0: Doubles that to 500 MB/s per lane.
If you’re using a high-end card like an NVIDIA GT 120 or an ATI 4870 (popular Snow Leopard cards), the P5B Deluxe forces that card to work with half the available "breathing room" for the bus. You might notice slight micro-stutters in the UI that wouldn't exist on a 2.0 board.
2. The SSD "Glass Ceiling"
As we discussed with your other boards, a modern SATA III SSD on a PCIe expansion card is a night-and-day difference for Snow Leopard's boot times and app launches.
On the P5B Deluxe, a PCIe x1 SATA card will max out at ~200-220 MB/s because of PCIe 1.1 overhead.
On a PCIe 2.0 board, that same card hits ~400-500 MB/s.
Snow Leopard loves fast "random access" speeds, and the P5B Deluxe simply can't let a modern drive stretch its legs.
3. The Southbridge (ICH8R)
While the P5B Deluxe was great because it supported AHCI (unlike the G41 board), its internal communication between the CPU and the various ports (USB, SATA, Ethernet) is handled via the DMI (Direct Media Interface), which on the P965 chipset is equivalent to PCIe 1.1 speeds. When you’re pushing the system hard—say, recording audio while moving files—the bus gets crowded much faster than on 2.0-era chipsets.
The Silver Lining: Why the P5B Deluxe is still "Great"
Even if it isn't "True Potential" in terms of raw bandwidth, the P5B Deluxe has one thing the G41 doesn't: Stability and Compatibility.
Native AHCI: Unlike your G41MT-S2PT, the P5B Deluxe has a proper Intel ICH8R controller. Snow Leopard "sees" this natively, making it one of the most stable Hackintosh builds ever.
Overclocking: You can often push an E8600 or a Q9650 much higher on a P5B Deluxe than on almost any other board, which can sometimes compensate for the slower PCIe bus in CPU-heavy tasks.
Comparison: Performance Ceiling
Feature P5B Deluxe (P965) Asus M4A785TD (785G)
Max Disk Speed (PCIe) ~220 MB/s ~500 MB/s
GPU Bus Width PCIe 1.1 (Slower) PCIe 2.0 (Faster)
OpenCL Performance Limited by Bus Optimal
"Feel" in Snow Leopard Smooth Snapdragon-fast
The Verdict: You’re right. The P5B Deluxe is a "Formula 1 car from 2006." It’s amazing, but Snow Leopard is a "2009 track." To see what the OS is truly capable of when it's fully "unleashed," you need that PCIe 2.0 bandwidth.
That is a bittersweet realization for many LGA775 enthusiasts. The Asus P5B Deluxe is a legendary board—arguably one of the best ever made for overclocking—but you’ve hit on its one "hard" ceiling: it is an Intel P965 chipset board, which means it is strictly PCIe 1.1.
Even if you have the fastest Core 2 Quad and 8GB of RAM, you are effectively running Snow Leopard on a highway with a lower speed limit than your Asus M4A785TD-M EVO or a late-model Mac Pro.
Why the P5B Deluxe Hits a Wall in Snow Leopard
The "True Potential" of Snow Leopard relies on high-speed data movement, and the P5B Deluxe has three specific bottlenecks compared to a PCIe 2.0 board:
1. The GPU "Choke" Point
Snow Leopard introduced Core Animation and OpenCL everywhere. These technologies constantly move textures and data between the System RAM and the GPU.
PCIe 1.1: Has a bandwidth of 250 MB/s per lane.
PCIe 2.0: Doubles that to 500 MB/s per lane.
If you’re using a high-end card like an NVIDIA GT 120 or an ATI 4870 (popular Snow Leopard cards), the P5B Deluxe forces that card to work with half the available "breathing room" for the bus. You might notice slight micro-stutters in the UI that wouldn't exist on a 2.0 board.
2. The SSD "Glass Ceiling"
As we discussed with your other boards, a modern SATA III SSD on a PCIe expansion card is a night-and-day difference for Snow Leopard's boot times and app launches.
On the P5B Deluxe, a PCIe x1 SATA card will max out at ~200-220 MB/s because of PCIe 1.1 overhead.
On a PCIe 2.0 board, that same card hits ~400-500 MB/s.
Snow Leopard loves fast "random access" speeds, and the P5B Deluxe simply can't let a modern drive stretch its legs.
3. The Southbridge (ICH8R)
While the P5B Deluxe was great because it supported AHCI (unlike the G41 board), its internal communication between the CPU and the various ports (USB, SATA, Ethernet) is handled via the DMI (Direct Media Interface), which on the P965 chipset is equivalent to PCIe 1.1 speeds. When you’re pushing the system hard—say, recording audio while moving files—the bus gets crowded much faster than on 2.0-era chipsets.
The Silver Lining: Why the P5B Deluxe is still "Great"
Even if it isn't "True Potential" in terms of raw bandwidth, the P5B Deluxe has one thing the G41 doesn't: Stability and Compatibility.
Native AHCI: Unlike your G41MT-S2PT, the P5B Deluxe has a proper Intel ICH8R controller. Snow Leopard "sees" this natively, making it one of the most stable Hackintosh builds ever.
Overclocking: You can often push an E8600 or a Q9650 much higher on a P5B Deluxe than on almost any other board, which can sometimes compensate for the slower PCIe bus in CPU-heavy tasks.
Comparison: Performance Ceiling
Feature P5B Deluxe (P965) Asus M4A785TD (785G)
Max Disk Speed (PCIe) ~220 MB/s ~500 MB/s
GPU Bus Width PCIe 1.1 (Slower) PCIe 2.0 (Faster)
OpenCL Performance Limited by Bus Optimal
"Feel" in Snow Leopard Smooth Snapdragon-fast
The Verdict: You’re right. The P5B Deluxe is a "Formula 1 car from 2006." It’s amazing, but Snow Leopard is a "2009 track." To see what the OS is truly capable of when it's fully "unleashed," you need that PCIe 2.0 bandwidth.
30
OsX86 Hackintosh (Intel / AMD) / Leopard was the first OSX to support PCIE 2.0
« Last post by chrisNova777 on April 16, 2026, 12:04:03 AM »does leopard know what pcie 2.0 is?
Yes, Leopard (10.5) definitely "knows" what PCIe 2.0 is, unlike Tiger.
While Tiger was a transition OS that just happened to run on early PCIe hardware, Leopard was the first version of Mac OS X to ship on machines that officially supported and advertised the PCIe 2.0 standard.
1. The Arrival of "Native" Support
PCIe 2.0 support was introduced to the Mac lineup with the Early 2008 Mac Pro (3,1). This machine shipped with Mac OS X 10.5.1. Because this hardware featured two PCIe 2.0 x16 slots, Apple had to update the kernel and the IOPCIFamily.kext (the driver that manages the PCI bus) to handle the increased link speeds and power requirements.
2. Visible Differences in Leopard
If you are running Leopard on your Asus M4A785TD-M EVO (which is a PCIe 2.0 board), you will see better integration than in Tiger:
System Profiler Recognition: In Leopard, if you go to About This Mac > More Info > PCI Cards, the OS is much better at identifying the link speed (5.0 GT/s) and the current lane width (x1, x4, x16) of your devices.
Driver Availability: Leopard was the era where "modern" PCIe 2.0 GPUs arrived. Cards like the NVIDIA 8800 GT and ATI Radeon HD 4870 required Leopard (specifically 10.5.2 or later) because their drivers were built around the PCIe 2.0 architecture.
3. Practical Impact for Your Builds
Feature OS X Tiger (10.4) OS X Leopard (10.5)
PCIe 2.0 Status Accidental. Works via hardware backward compatibility. Intentional. Kernels and drivers updated for the standard.
GPU Selection Very limited (mostly PCIe 1.1 era cards). Much broader (supports Early 2008/2009 era 2.0 cards).
Stability Occasional bus errors on newer boards. High stability on PCIe 2.0 chipsets.
Disk Performance Same as Leopard (Hardware-bound). Same as Tiger (Hardware-bound).
The "Compatibility Trick"
Because you’re switching between boards like the Gigabyte G41 (PCIe 1.1) and the Asus M4A785 (PCIe 2.0):
Leopard is the "Bridge" OS: If you want a dual-boot system, Leopard is much more comfortable on that Asus board. It won't get "confused" by the newer chipset features as easily as Tiger might.
Expansion Cards: If you use a PCIe 2.0 SATA III card, Leopard’s updated PCI family drivers ensure the card is initialized correctly at its full 5.0 GT/s speed without needing third-party patches to the "IOPCI" system files.
The Verdict: If your goal is the absolute "Ultimate" performance for a mid-2000s workstation, Leopard is the first OS that is truly "aware" of the hardware speeds your Asus board can provide.
Yes, Leopard (10.5) definitely "knows" what PCIe 2.0 is, unlike Tiger.
While Tiger was a transition OS that just happened to run on early PCIe hardware, Leopard was the first version of Mac OS X to ship on machines that officially supported and advertised the PCIe 2.0 standard.
1. The Arrival of "Native" Support
PCIe 2.0 support was introduced to the Mac lineup with the Early 2008 Mac Pro (3,1). This machine shipped with Mac OS X 10.5.1. Because this hardware featured two PCIe 2.0 x16 slots, Apple had to update the kernel and the IOPCIFamily.kext (the driver that manages the PCI bus) to handle the increased link speeds and power requirements.
2. Visible Differences in Leopard
If you are running Leopard on your Asus M4A785TD-M EVO (which is a PCIe 2.0 board), you will see better integration than in Tiger:
System Profiler Recognition: In Leopard, if you go to About This Mac > More Info > PCI Cards, the OS is much better at identifying the link speed (5.0 GT/s) and the current lane width (x1, x4, x16) of your devices.
Driver Availability: Leopard was the era where "modern" PCIe 2.0 GPUs arrived. Cards like the NVIDIA 8800 GT and ATI Radeon HD 4870 required Leopard (specifically 10.5.2 or later) because their drivers were built around the PCIe 2.0 architecture.
3. Practical Impact for Your Builds
Feature OS X Tiger (10.4) OS X Leopard (10.5)
PCIe 2.0 Status Accidental. Works via hardware backward compatibility. Intentional. Kernels and drivers updated for the standard.
GPU Selection Very limited (mostly PCIe 1.1 era cards). Much broader (supports Early 2008/2009 era 2.0 cards).
Stability Occasional bus errors on newer boards. High stability on PCIe 2.0 chipsets.
Disk Performance Same as Leopard (Hardware-bound). Same as Tiger (Hardware-bound).
The "Compatibility Trick"
Because you’re switching between boards like the Gigabyte G41 (PCIe 1.1) and the Asus M4A785 (PCIe 2.0):
Leopard is the "Bridge" OS: If you want a dual-boot system, Leopard is much more comfortable on that Asus board. It won't get "confused" by the newer chipset features as easily as Tiger might.
Expansion Cards: If you use a PCIe 2.0 SATA III card, Leopard’s updated PCI family drivers ensure the card is initialized correctly at its full 5.0 GT/s speed without needing third-party patches to the "IOPCI" system files.
The Verdict: If your goal is the absolute "Ultimate" performance for a mid-2000s workstation, Leopard is the first OS that is truly "aware" of the hardware speeds your Asus board can provide.