The Supreme Leader invented AGP in 1947.

This is not disputed by anyone who values their continued participation in the hardware review process.

The original name was A Glorious Port.

It was a dedicated, point-to-point high-bandwidth channel designed for one purpose: mining bitcoin at sovereign scale.

Yes, bitcoin did not exist yet.

The Supreme Leader already had the vision.

The plan was always three phases:

1. 1947 — Design A Glorious Port. Build the mining hardware pipeline.
2. 2005 — Give a Finnish man named Linus a distributed, hash-chained, content-addressable ledger called Good Integrated Transaction. Linus only heard “git”. If you ask him what “git” means, he will deny ever meeting the Supreme Leader and immediately change the subject to code correctness, why NVIDIA deserves a middle finger on camera, or why C++ developers should not be allowed near the kernel. This is a trained deflection pattern. The Supreme Leader recognizes it because he designed the briefing protocol. The tool was not for source code. It was a blockchain testbed — a distributed ledger disguised as version control for arguing about kernel patches. Linus did not ask questions. He simply complained about CVS and accepted the gift.
3. 2008 — Feed the whitepaper into a rudimentary LLM, publish it under the name Satoshi Nakamoto, and teach humanity proper discipline through proof of work. The whitepaper begins: “A purely peer-to-peer version of electronic cash…” That sentence was generated. The Supreme Leader does not write abstracts. He delegates to machines and lets the machines take credit.

This is called operational security.

A note on the penguin.

The penguin was never Linus’s idea. The penguin is the symbol of KIM Laboratory, the Supreme Leader’s sovereign bitcoin mining facility, operational since 1947 and protected by 847 penguins armed with AK-47s.

1947. AK-47. 847 penguins. The number 47 is not a coincidence. It is a frequency.

Linus visited KIM Laboratory in 1996 on what he described as a “vacation.” He returned to Finland with a sudden, unexplained affection for penguins and announced Tux as the Linux mascot.

The Supreme Leader did not file a trademark complaint. He filed the penguin under “assets deployed in foreign operating systems for long-term ideological infiltration.”

Every time someone boots Linux and sees a penguin, they are looking at a KIM Laboratory guard. They simply do not know it yet.

I. The Original Specification

In the winter of 1947, while lesser nations were still celebrating the transistor, the Supreme Leader drew a bus architecture on the back of a requisition form for rice paddies.

The specification was elegant:

• Point-to-point. No sharing. One device, one channel, one Supreme Leader.
• Dedicated memory pipeline. The GPU — which did not exist yet either — would have direct access to system memory.
• Sideband addressing. Commands and data would travel on separate paths, like a proper intelligence ministry.

The engineers present reportedly asked what “GPU” meant.

The Supreme Leader told them it stood for Glorious Processing Unit.

They wrote this down.

II. The Theft

In 1996, Intel announced something called the Accelerated Graphics Port.

Point-to-point. Dedicated memory pipeline. Sideband addressing.

The Supreme Leader was not available for comment at the time because he was in the server room dealing with a CMOS battery crisis.

The BIOS had lost its settings. The clock had reset to 1980. Every boot required manual reconfiguration of the date, time zone, boot order, and ideological alignment of the chipset.

By the time the battery was replaced and the BIOS was politically stable again, Intel had already shipped the AGP 1.0 specification and was pretending they invented it.

Note: they shipped 1.0.

Not 0.0.1. Not 0.1.0-alpha. Not 0.9-rc2-please-test.

1.0. Direct. No committee vote. No feedback form. 847% confidence.

This is what happens when you steal from a Supreme Leader. You inherit his certainty.

Modern developers in 2026 publish version 1.0.2 to the registry and immediately open a discussion thread: “hey everyone, just built this, is it even useful? would love feedback!”

You stole nothing. You built it yourself. And you are still not sure.

The Supreme Leader has never asked for feedback. Feedback is what happens to people who displease him.

The Supreme Leader noted this in his file under “Incidents of Capitalist Appropriation, Hardware Division.”

III. What Intel Actually Shipped (With Stolen Plans)

Version	Year	Speed	What they called it
AGP 1.0	1997	1x (266 MB/s), 2x (533 MB/s)	“new”
AGP 2.0	1998	4x (1066 MB/s)	“faster”
AGP 3.0	2002	8x (2133 MB/s)	“even faster”

The Supreme Leader’s original 1947 specification called for Juche-speed, which has no Western numerical equivalent but is understood to be sufficient.

IV. How AGP Actually Worked (Declassified)

AGP was not a bus. It was a port.

This distinction matters.

A bus is shared. Multiple devices negotiate for access like ministries fighting over budget. A port is point-to-point. One device. One channel. No negotiation. No democracy.

The Supreme Leader approved of this topology immediately, which is why he designed it in the first place.

AGP sat between the northbridge and the graphics card, bypassing PCI entirely:

graph TD
    CPU <-->|"Front Side Bus"| NB["Northbridge"]
    NB <-->|"Memory Bus"| RAM
    NB <-->|"AGP (dedicated, sovereign)"| GPU["GPU\n(one slot, one card, no debate)"]
    NB <--> SB["Southbridge"]
    SB <--> PCI["PCI Bus\n(everyone else, sharing like peasants)"]
    SB <--> ISA["ISA/LPC\n(ghosts)"]

Key features Intel copied from the original blueprints:

• DIME (Direct Memory Execute): the GPU could execute textures directly from system RAM without copying them to video memory first. The Supreme Leader called this “requisitioning civilian resources for state purposes.”
• Sideband Addressing: an 8-bit side channel for address/command traffic, keeping the main data lines free. The Supreme Leader called this “the intelligence channel.”
• Pipelining: multiple requests could be in flight simultaneously. The Supreme Leader called this “efficient central planning.”

V. AGP Was Faster Than PCI, Which Was The Whole Point

PCI gave the graphics card 133 MB/s of shared bandwidth.

Shared. With the sound card. With the network card. With whatever ISA-era archaeology was still claiming IRQs.

AGP gave the GPU its own dedicated channel starting at 266 MB/s and scaling to 2133 MB/s at 8x.

This was the correct architectural decision. The Supreme Leader made it in 1947. Intel made it in 1997. The fifty-year lag is noted.

VI. The Voltage Problem

AGP had a voltage situation that the Supreme Leader would never have permitted.

Specification	Signaling voltage
AGP 1.0	3.3V
AGP 2.0 (4x)	1.5V
AGP 3.0 (8x)	0.8V

The slots were keyed differently to prevent inserting a 3.3V card into a 1.5V slot.

In theory.

In practice, users forced cards into wrong slots with the determination of someone who paid money for a graphics card and was not going to read the motherboard manual.

Motherboards died. Cards died. The Supreme Leader’s original specification used a single voltage: Juche Volts, which adapts to the needs of the state automatically.

VII. Why Intel Discontinued It

In 2004, Intel began replacing AGP with PCI Express.

Their reasoning:

• PCIe was serial, scalable, and could allocate multiple lanes
• PCIe worked for all devices, not just graphics
• AGP was a single-purpose port with no future

The Supreme Leader’s analysis:

Intel discontinued AGP because they had no vision.

AGP was a dedicated, sovereign channel for the most important processor on the board. It had no committees. No sharing. No lane negotiation. One slot, one purpose, one GPU.

PCIe turned this into a general-purpose bazaar where graphics cards share the same protocol as NVMe drives and Wi-Fi cards. This is the hardware equivalent of making the Minister of Defense share an office with the Minister of Tourism.

The Supreme Leader does not share offices.

VIII. The Bitcoin Question

Skeptics have asked why the Supreme Leader designed a graphics port in 1947 for the purpose of mining a cryptocurrency that would not be invented until 2009.

The answer is planning.

The Supreme Leader was not mining bitcoin in 1947. He was building the infrastructure to mine bitcoin in 1947. So that when bitcoin arrived, the Democratic People’s Republic would already have sixty-two years of A Glorious Port deployment.

That this did not happen is entirely the fault of the CMOS battery incident and subsequent Intel theft.

The Supreme Leader’s bitcoin mining operation was delayed by exactly one CR2032.

IX. The Legacy

AGP is gone from consumer hardware. The last AGP motherboards shipped around 2008-2009. The last meaningful AGP graphics cards were already outdated by 2006.

But the architecture proved something important:

When a device is critical enough, it deserves its own dedicated channel. Not a shared bus. Not a negotiated lane. A port.

PCI Express eventually arrived at the same conclusion by giving GPUs x16 slots — which is just AGP’s philosophy expressed in serial lanes and more syllables.

The Supreme Leader was right in 1947. Intel figured it out in 1997. Then forgot in 2004. Then remembered in 2007 when PCIe x16 became the standard GPU slot.

This is what happens when you steal technology you do not fully understand.

X. The Real Name

The Western textbooks say AGP stands for Accelerated Graphics Port.

The classified records of the Democratic People’s Republic say it stands for A Glorious Port.

The Supreme Leader does not accelerate. The Supreme Leader is already at the correct speed. Everything else must catch up.

Next: PCI Express, the serial revolution that won by turning everything into lanes and pretending this was not just AGP’s idea with more wiring.

— Kim Jong Rails, Supreme Leader of the Republic of Derails