After the site survey, we selected this location to view the eclipse. It would permit wide angle photography of totality directly above the moai, and had as good a chance as any other site on the island of clear weather. We had to shift our site a few metres to the side at the request of some seriously equipped photographers uphill of us who were recording a time-lapse sequence of the entire eclipse: glad to oblige.

Eclipse morning dawned beautifully, but then, as Easter Island is wont to, went all “variable”, including this downpour as we were getting ready to saddle up to head for the eclipse site.

But not to worry! If you don't like the weather, wait fifteen minutes! Or, in this case, shortly before we departed for the eclipse viewing site.

We'd carefully plotted the course of the Sun to be above the moai at totality, so we weren't worried when the Sun was behind the palm tree just before first contact. In fact, it made for a pretty nice shot. It was windy at the start of the eclipse, but the breeze abated as totality approached.

Here is our Expedition Headquarters. The sheet, held down by the cooler and a bag is intended to image the pulsing shadow bands should they choose to appear.

There's nothing as cool to do during the partial phase as making cool crescent images, and Judy had made a shadow mask with “Rapa Nui” poked through a card. It worked perfectly!

SOHO MDI continuum image of sunspot group 1087: 2010-07-11 20:48 UTC

Now we're into the partial phase. I didn't get photographs of the beginning of the eclipse because it took a bit longer for the Sun to emerge from the palm tree than I expected. Toward the lower right of the Sun's limb two sunspots are visible. These are part of the active sunspot group 1087 which, on July 9th, unleashed a class C3 solar flare. The image at right was cropped from a full-Sun image captured by the Solar and Heliospheric Observatory's MDI Continuum instrument about an hour and a half after the eclipse. I have rotated the north-up Sun image in the clip to correspond to the apparent orientation of the Sun from our viewpoint in the southern hemisphere.

All of these detailed images of the Sun were taken with a Nikon D300 digital camera and Nikkor 500 mm catadioptric “mirror lens”, which provided the equivalent of 750 mm focal length on a 24×36 mm film camera. The same lens was used to photograph the 1999, 2001, and 2008 solar eclipses. Photographs during the partial phase were taken through an Orion metal on glass full-aperture solar filter placed before the mirror lens.

As the sliver of exposed Sun dwindled, the pulsating shadow bands became visible on the sheet we'd laid down on the sand. When they appear (which is dependent on a variety of atmospheric conditions: we saw them in Zambia and here in Easter Island, but not a hint in Iran or the Barents Sea) they are obvious to the human eye but are notoriously difficult to capture on film or video. In the 1940s, before high speed film, some argued they would always be a visual phenomenon only. Well, look at what technology hath wrought! The following video shows the shadow bands, but they're very subtle and it helps to know what you're looking for. The bands go from upper right to lower left on the sheet, and vary in intensity. At the end of the video I've added a slow motion segment which may help pick out the pulsing of the bands. When you see them yourself, there's nothing remotely subtle about the effect, so I hope that trying to dig it out of this murky video will encourage you to go and observe an eclipse with that instrument so perfectly evolved to appreciate it: the human eye.

Diamond ring! (Contemporary eclipse observers tend to call “diamond ring” way too early, tempting observers to rip off their eclipse specs prematurely and spoil their dark adaptation for totality. I'd say, keep on your eclipse specs until you see nothing but darkness, then take them off to see the spectacle in the sky.)

Anyway, here is the moment when the last part of the photosphere is being covered by the Moon. Note the hydrogen alpha red of the chromosphere and prominences along the limb of the Sun and the bead at the top of the diamond ring where the lunar profile allows a bit of the photosphere to shine through a lunar mountain valley. The arcs curving away from the Sun from the diamond ring are internal reflections in the mirror lens used to take this picture; they are not genuine effects.

In the last instants before totality, I removed the solar filter from the mirror lens on the Nikon camera and activated my pre-programmed nine stop automatic bracketing sequence. With a single press on the electronic cable release, I could take nine exposures of the eclipsed Sun ranging from a shot at 1/1000 or 1/500 second optimised for the prominences, chromosphere, and inner corona to one risking blur due to apparent motion of the Sun which would reveal outer corona streamers. This facility in the Nikon D300 is a tremendous gift to eclipse photographers: it allows capturing almost ten times as many images during totality as with manual exposures and setting of the camera, and it allows doing so without looking away from the eclipse to fiddle with dials on the camera. But if there are any eclipse chasers at Nikon headquarters reading this, there's one thing you got wrong, folks! There should be some way to set the shutter dial that both activates mirror-up and multiple exposure mode. As it stands, if you choose multiple exposure, you can shoot all nine bracketed images with one push of the remote release, but you're almost certain to lose some of the longer exposures to vibration due to mirror rebound. If you select mirror up mode, you have to push the release button eighteen times to complete the nine frame bracketed sequence, which defeats the entire purpose of auto-bracketing: speed. Please, Nikon, give us an item buried somewhere in the menus where we can activate a mode which will lock up the mirror, pause to let vibrations damp out, shoot the nine bracketed frames, and then let the mirror come back down. Eclipse photographers will sing your praises, and it should produce better material for high dynamic range images taken in less demanding circumstances.

An instant later, the diamond on the ring has shrunk and the corona is coming out.

Only instants before the photosphere is covered. The corona is revealed in all its glory. Look at those polar brushes, characteristic of an eclipse of the quiet Sun.

As totality enveloped us, Anakena was surrounded by the 360° twilight unique to a total eclipse of the Sun. The eclipsed Sun is out of the frame at the top of this image. The lights in the foreground are idiots trying to illuminate the eclipsed sun with the flashes on their cameras.

A longer exposure in mid-totality still captures the prominence at the 1 o'clock position and shows the polar brushes.

This 1/500 second shot at mid-totality shows prominences and inner corona. The chromosphere, evident in the photos just after second contact (the start of totality) is now covered, but the prominences on the right limb remain exposed. Look at that loop prominence at the 2 o'clock position!

Taken at mid-totality, the eclipsed Sun is visible over the moai of Ahu Nau Nau, silhouetted against the sea. At the right stands Ahu Ature Huki with its lone moai. To the human eye, the sky was darker and the twilight shading around the horizon more prominent than in this 1/4 second exposure.

A longer exposure (almost) washes out the prominences, but highlights the polar brushes. Stretching colour saturation, you can see the green hue of the forbidden line of oxygen in the corona.

And an even longer exposure totally blows out the inner corona, but limns the extended streamers which become so obvious to the dark-adapted eye as the eclipse progresses.

Now we enter the domain of special effects. I've taken nine images from totality, photographed with exposures from 1/500 second to 2 seconds, manually aligned them, and assembled this high dynamic range composite image in an attempt to reproduce the visual impression of the eclipse. Bottom line: the prominences were more evident in the real thing, and the coronal streamers extended further than you can see them here. But this is much closer to what we saw in the sky than any single photographic image. Note that subtle detail of the lunar surface, illuminated by full Earthshine, is visible in this image.

Toward the end of totality a cloud rolled in and obscured the Sun, more or less from instant to instant. Here is an image through the cloud as prominences began to appear on the lower left limb of the Sun with the end of totality near.

In the last moments before the end of totality, we see the chromosphere appear through the clouds. In less than a second, the photosphere would emerge and call an end to the magic of totality—at least until the next time in the shadow!

Alcor Micro Usb Repair Tool Au6989sngtc Au6998sn Link

Eli found the tiny blue box in a drawer behind a stack of old phone chargers. It was labeled in a neat, precise hand: Alcor Micro USB Repair Tool — AU6989sNGTC / AU6998SN Link. He didn’t know why the label made his chest tighten, only that the letters felt like a code meant for him.

Months earlier, his sister Mara had vanished after taking a night shift at a battery-recycling plant. The police called it a runaway; Mara’s friends called it out of character. Eli called it a silence he couldn’t break. In the days after, he spent hours scavenging old devices, hunting for anything she’d left behind. He’d become fluent in broken cables and corrupted firmware, reading device logs like prayer scrolls for a missing soul.

The Alcor box fit in the palm of his hand. Inside: a slender PCB ribboned with gold contacts, a stubby USB dongle, and a folded slip of paper with two model numbers stamped in blue ink — AU6989sNGTC and AU6998SN — and an arrow between them. The edge of the paper had a fingerprint smudge that matched the callus on Mara’s thumb.

Eli had no reason to believe these serials were real parts, or that a repair tool could tell him anything about a person. But the electronics market had taught him one thing: where data flows, traces remain. He set up the little dongle with his laptop and hooked it to the oldest phone he kept for parts — the one Mara had used in her last photo. The device powered with a hesitant blue glow.

A bootloader menu flickered: "Alcor USB Repair Tool v1.02 — Select Link." Options: AU6989sNGTC, AU6998SN, Diagnostics, Dump NAND. Eli chose the first model out of reflex. The screen filled with a stuttering stream of hex and addresses, then a map of files recovered from the phone’s internal memory. For a moment it was only system caches and thumbnails, until a folder named /MARA/LOC.DAT loaded and something like a whisper scrawled itself across Eli’s screen: coordinates, timestamped one month after she’d vanished.

His throat went dry. The coordinates pointed to an abandoned logistics complex on the edge of town — a long-derelict warehouse with a reputation for people who didn’t want to be found. Eli printed the map and drove through midnight streets, the broken USB tool packed in his jacket like a talisman.

At the warehouse, someone had been waiting. A man with a jacket like an armor of faded patches stepped from the doorway. “You’ve been poking where you shouldn’t,” he said, voice flattened by the cold. He knew Mara’s name. He knew the model numbers on the slip. He acknowledged the tool like it was a passport.

Eli didn’t speak much. He showed the printed coordinates and the faded fingerprint smudge. The man’s eyes flickered, then softened. He called himself Niko and explained, haltingly, that the plant Mara worked for had sold devices to a network that fixed and rerouted broken phones — a gray market for devices no manufacturer wanted to claim. When phones were damaged beyond consumer repair, the network would scrape their memory for usable firmware fragments, salvage parts, and, sometimes, store the data to coax devices back to life for clients who needed secrecy.

“The link numbers?” Niko said. “They’re more than parts. They’re profiles. A link tells you how two firmware families dance together. AU6989sNGTC is a recovery vector that pairs with AU6998SN — you’ve got a repair chain here. Whoever stamped that slip was hiding a path.”

Niko led him through the warehouse deeper than Eli expected, past towers of gutted routers and shelves of screens. They reached a room humming like a beehive, rows of devices with tiny displays. One screen pulsed Mara’s last photo: a blurred face at an industrial gate. Beneath it, the repair tool’s dump had recovered a string of messages — terse coordinates, a promise of work, a name: Sable.

Eli felt vertigo. The messages were transactional but urgent, like plans made in a hurry. Mara’s handwriting, when it appeared in one recovered image, was agonizingly ordinary: “Meeting Sable 2 am. Bring the AU devices. Don’t tell anyone.”

The pieces slid into place with a cruel clarity: Mara had not vanished so much as stepped into a network that promised purpose and paid for discretion. But the last message was a corrupted fragment: bytes translated to static. Niko explained that the AU6998SN link could reconstruct partial data from such corruption — but only if the repair tool could be tuned to the right handshake parameters. The two model numbers were a pair of keys; one opened the phone’s memory, the other unlocked the network’s ledger.

They worked through the night, reconfiguring the dongle’s micro-jumper pins, flashing counter-firmware to emulate the device signatures Mara’s phone expected. The Alcor tool hummed and warmed in Eli’s hand. When at last the AU6998SN link engaged, the screen resolved a ledger entry stamped three days after Mara’s last message. It listed deposits, times, and a terse entry: "Mara — pickup 04/04 — Sable."

Eli ran the date through his head. April fourth. A week ago. He handed the printout to Niko. “Sable’s at the old train yard,” the ledger added. The place burned low on Niko’s list of possibilities, but it was the only lead left.

They moved fast. At dawn, the train yard was a cemetery of rust. A pickup idled by the tracks. A man with a bruise on his jaw and a careful smile watched the horizon. When he saw Eli, he didn’t run or shout; he reached into his jacket and pulled out a small plastic case. Inside: a battered phone, a damp scrap of fabric Mara had used to wrap a memory module. The man said, “You must be family,” as if he were apologizing for a kindness. He called himself Sable.

Sable told a story that stitched Mara back into the world: she’d found the AU devices on a route that salvaged phones for activists who needed untraceable comms. She’d volunteered to redistribute them, to help people who were in danger. But she’d been careless with one link — the AU6989sNGTC pairing — and someone had forced her to trade that vulnerability for protection. Sable had hidden Mara away after a business with a violent buyer went wrong. He’d kept her off the grid while she healed and decided what she wanted next.

Eli wanted to ask a hundred questions. Instead he asked the one that mattered: where she was now. Sable hesitated, then offered a small, guarded map: a safehouse across the river where people like Mara laid low until the heat passed. “She’s not in trouble,” Sable said. “She left because she couldn’t keep taking who she was into what they wanted.”

Eli’s relief hit like a physical thing. The AU tool lay warm in his pocket, its purpose fulfilled: a little vector that had reassembled a life. He thought about the ripple effects — the ledger entries that could track bargains and betrayals, the tiny hardware that could be a bridge or a lock.

Before he left, Niko touched the edge of the slip with the model numbers and smiled once. “Those links,” he said, “are fingerprints of someone’s choices. They can bring you answers if you know how to read them. But they’ll get you into the places people prefer remain unread.”

Eli drove until the city’s lights blurred into dawn, clutching the battered phone Mara had traded away and the memory that had led him here. He realized how often the world hid truths in the smallest of things: a serial number, a smudge of ink, a tool meant for repair. He kept the Alcor box on the passenger seat, like an amulet, knowing that sometimes the work of mending was a map to the people you loved — and sometimes the tools you thought only fixed things also revealed them.

When he reached the safehouse the next day, Mara opened the door. She was thinner, the edges of her face sharper from time and worry, but she was alive. She took the AU6989sNGTC slip from him with a laugh that trembled. “You found my little ghost,” she said. They stood there on the threshold, and for once silence didn’t feel like a verdict but a place to begin again. alcor micro usb repair tool au6989sngtc au6998sn link

Eli left the Alcor repair tool on the kitchen table between them. “Keep it,” he said. “For when you want to erase something or remember it.” Mara looked at it as if deciding whether to trust a key. Then she nodded.

Outside, the day stretched open. Somewhere in the city, broken devices hummed in the dark, and somewhere else someone would be scraping data back to life with a tiny dongle. The AU numbers sat on the table like a pair of coordinates — small, precise, and stubbornly human.

Alcor MP (Mass Production) Tool is the standard utility used to repair and reformat USB drives using Alcor Micro controllers like the AU6989SN-GTC

. These tools are often used to fix issues like "Disk is Write Protected," incorrect capacity, or unrecognized drives by rewriting the firmware (ISP). Recommended Download & Resources

Because Alcor Micro releases many specific versions of their MP Tool for different flash memory chips, the exact version you need depends on your drive's Primary Tool Site USBDev.ru (Alcor Micro Section)

is the most comprehensive repository for these tools. Look for versions supporting the Specific Version Suggestion ALCOR MP v16.06.07.00

has been successfully used for similar AU6989 series controllers. Alternative Download : A community-shared link for the specific AU6989SN-GTC/AU6998SN tool is available on this Google Drive Link How to Use the Repair Tool Identify Your Controller : Use a tool like ChipGenius to confirm your controller is indeed an AU6989SN-GTC and note the Run as Administrator : Right-click the AlcorMP.exe (or similar executable) and select Run as Administrator Detect Drive

: Plug in your USB. The tool should display your drive's information in one of the numbered slots. Configure (Optional) : If the drive isn't detected or fails, go to

. You may need to enter a password (usually leave it blank or try ) to access advanced settings. Start Repair to begin the formatting and firmware flashing process. Completion

: Once finished, the slot should turn green. Re-plug your drive to use it. Troubleshooting Capacity Reduction

: If the tool detects many "bad blocks," the final usable capacity of your drive may be lower than original (e.g., an 8GB drive might become 6.6GB). Hardware Issues

: If the tool cannot find the drive even after trying different USB ports, the issue may be a physical hardware failure. interpreting your Flash ID or finding a specific version for a different controller?

Alcor Micro USB Repair Tool: A Solution for AU6989SNGTC and AU6998SN Issues

Are you experiencing issues with your USB device, specifically with the AU6989SNGTC or AU6998SN chipsets? Look no further! The Alcor Micro USB Repair Tool is here to help.

What is the Alcor Micro USB Repair Tool?

The Alcor Micro USB Repair Tool is a software solution designed to repair and fix common issues with USB devices, particularly those with AU6989SNGTC and AU6998SN chipsets. This tool is capable of repairing damaged or corrupted firmware, fixing connectivity problems, and restoring your device to its optimal state.

Features and Benefits

Supported Devices

The Alcor Micro USB Repair Tool supports a wide range of devices, including:

How to Use the Alcor Micro USB Repair Tool Eli found the tiny blue box in a

Using the Alcor Micro USB Repair Tool is straightforward:

Conclusion

If you're experiencing issues with your USB device, specifically with AU6989SNGTC or AU6998SN chipsets, the Alcor Micro USB Repair Tool is an effective solution. With its easy-to-use interface, effective repair capabilities, and fast and efficient process, this tool is a must-have for anyone looking to fix their USB device. Download the Alcor Micro USB Repair Tool today and get your device up and running smoothly again!

Link to download:

Note: Please be sure to replace the [insert link] with the actual download link for the Alcor Micro USB Repair Tool. Additionally, you may want to add more information, such as system requirements, compatibility, and any necessary precautions or warnings.

To repair a USB flash drive with the Alcor Micro AU6989SNGTC controller, you generally need the mass production tool.

The most reliable source for these specific controller tools and firmware is , which hosts a comprehensive archive of AlcorMP versions Recommended Tool Versions

For these specific controllers (GTC and SN series), look for the following on the AlcorMP download page AlcorMP (U2 MP) : Recent versions like v23.08.07.00.H v16.06.07.00

are often recommended for AU6989SN and AU6998SN series controllers. Alcor Change PID/VID Rework : This separate Rework tool

can be used if you only need to fix identification issues without a full reflash. Basic Repair Steps Identify Flash ID

: Use a tool like ChipGenius to confirm your controller is indeed AU6989SNGTC or AU6998SN. Download & Extract : Download the compatible version of and extract it to a folder. Run as Admin AlcorMP.exe . If the drive is not detected, you may need to edit the AlcorMP.ini file to include your specific VID/PID. Configuration

: Click "Setup" (password is usually blank) and select "Capacity Optimize" or "Speed Optimize" based on your needs.

: Press "Start" to begin the low-level format and firmware flash. This will erase all data on the drive. exact version based on your flash drive's memory chip (Flash ID)?

AlcorMP (Последняя версия ALCOR U2 MP v23.08.07.00.H)

Introduction

Alcor Micro is a popular USB controller chip used in various USB flash drives, pen drives, and other storage devices. The AU6989SNGTC and AU6998SN are specific models of Alcor Micro chips that are commonly used in USB drives. Over time, these chips can become faulty or damaged, leading to data loss or device failure. In such cases, a repair tool is needed to fix the issue.

Required Tools and Materials

Step-by-Step Repair Guide

Common Issues and Solutions

Precautions and Warnings

Additional Resources

By following this guide, you should be able to repair your Alcor Micro USB controller using the AU6989SNGTC and AU6998SN chips. However, be cautious and take necessary precautions to avoid data loss or further damage to the device. If you're unsure or uncomfortable with the repair process, consider seeking professional help.

The neon sign above the "Data Graveyard" flickered, casting a rhythmic blue shadow over Elias’s workbench. He wasn’t a doctor of medicine, but in this corner of the city, he was the closest thing to a miracle worker for dead silicon.

Before him lay a mangled Kingston thumb drive, its plastic casing cracked and its "heart"—the Alcor Micro AU6989SN-GTC controller—exposed to the stale air.

"The client is a photographer," his apprentice, Leo, whispered. "Wedding photos. No backup. She’s been crying for three days."

Elias didn't look up. He knew the AU6989SN-GTC well. It was a stubborn chip, prone to locking itself in a "Read Only" loop or simply vanishing from the OS when the firmware became corrupted. To the world, this drive was a brick. To Elias, it was a puzzle. "Hand me the link," Elias commanded.

Leo tapped a tablet, bringing up the specific Alcor Micro repair utility. They needed the exact version—the ALCOR MP Tool—that could communicate with the GTC series. A single wrong firmware flash would turn the NAND flash memory into a permanent tombstone.

Elias soldered two microscopic jump wires to the test points. He plugged the drive into his isolated "clean" machine. The computer let out a mournful chime. Device Not Recognized. "It’s not talking," Leo groaned.

"It's just sleeping," Elias countered. He opened the repair tool. The interface was a relic of the early 2000s—grey buttons, technical jargon, and a daunting 'Start' button. He navigated to the setup, inputting the low-level formatting parameters to bypass the corrupted bad-block table. He clicked 'Start.'

These specific controller chips (AU6989SN-GTC and AU6998SN) are commonly found in USB sticks from brands like Kingston, Transcend, and generic OEM drives. When these drives fail (e.g., showing "0 bytes," "Write Protected," or requesting a format), they require a specific "Mass Production Tool" (MP Tool) to factory reset and repair them.

Here is a guide on how to find and use the repair tools for these controllers.

After analyzing dozens of dead links, we have identified the safest current sources. Do not click random ads; use these verified methods:

Use ChipGenius (Windows) or lsusb -v (Linux) to read:

Example ChipGenius output:

Controller: Alcor Micro AU6989SN-GTC
VID: 058F  PID: 6387
Flash ID: 2C 64 44 32 A9 00 (Micron TLC)

Before downloading any repair tool, you must identify your controller. Using the wrong tool will permanently brick your drive.

Once you have the correct tool via the "link", follow this precisely to avoid bricking the drive.

The keyword "Alcor Micro USB Repair Tool AU6989SNGTC AU6998SN link" is so specific because generic versions fail.

Even if your drive uses an Alcor AU6989 or AU6998 controller, the firmware version matters. You must use the correct tool version corresponding to your specific firmware.

This is the most common controller in budget to mid-range USB 2.0 and USB 3.0 flash drives. The "SN" denotes a specific stepping (revision) of the silicon, while "GTC" indicates the package type and firmware alignment. Drives with this chip are prone to "fake capacity" attacks and sudden RAW file systems.

A herd of horses was deeply puzzled by the eclipse. They stampeded, missing our tripods—thank goodness.

Dang, I heard there's a stampede going on around here. Something about a serpent eating the Sun. Anybody know where it is? I love stampedes.

Alcor Micro Usb Repair Tool Au6989sngtc Au6998sn Link

Easter Island

July 11th, 2010

Totality at Anakena

Alcor Micro Usb Repair Tool Au6989sngtc Au6998sn Link