Today I was reminded of my early life in the Apple PC world when someone asked me a question in regards to fixing an old Macintosh Plus computer.
The Macintosh Plus computer was the third model in the Macintosh line, introduced on January 16, 1986, two years after the original Macintosh and a little more than a year after the Macintosh 512K, with a price tag of US $2599.
Let me tell you a short story. Many years ago, I purchased an Apple Macintosh SE and then later purchased a PowerPC 6100 series computer. Both of these computers made life working with a PC fun. Of course, I am using the term “PC” in a generic form here. The 6100 brought color (actual color monitor) into my computer life, and it even trail blazed the path to the Internet when most people didn’t have a clue what the “Internet” was about, nor had they even hear the “Web” term, or being “online” with a computer.
I was an early alpha and beta tester for the Mosaic browser which was the precursor for Netscape Navigator, which ultimately morphed into Mozilla Firefox. Mosaic’s direct descendant on the coder line, via Marc Andreessen, was Netscape Navigator. Netscape Navigator’s code descendant is Mozilla Firefox. It was around this time I started doing some basic website customization and web design for fun.
I knew the early Apples inside and out. However, the business world was using mostly all DOS PCs with software from Microsoft and IBM. So, when Microsoft introduced Windows 95 and then Windows 98 and ME became available, and PC makers were starting to build computers for the masses, my wife and I purchased a Tiny Computer, which was not so tiny after all, but was a brand name manufacturer of computers.
Tiny Computers, was Britain’s third largest computer manufacturer at the time, based in Redhill Business Park in Salfords, Redhill in Surrey, England. The Tiny brand of computers were sold in the United States at retail outlets at extremely competitive pricing. Tiny used the advertising slogan ‘Think big about your PC – think Tiny.” During the late 1990s they were a highly successful firm having units throughout the major retail stores of the UK, but their profits eventually began to fall due to competition from other major computer brands and they were bought out of Administration by their rival TIME. However if you look around now, there seems to be a lot of new tiny computers, i.e. mini laptops such as Acer, ASUS , HP Mini, Dell Mini, other Netbooks, Apple MacBook Air, Apple iPad, and a host of other manufacturers’ netbooks and minis are now on the landscape.
As the electronics in these computer devices have shrunk, the power within the boxes have expanded exponentially. Battery technology has greatly improved along the way, making the devices quite portable in their usage for long periods of time. However, that does not really paint the whole picture of what is going on today. We tend to think of the computer as a device we store things in, and a device we use for emailing, writing, and even research through the Internet. We store documents, pictures, songs, programs, books, track our finances, and do social networking with our friends and relatives all over the world using the PC, and now even using our smart phones like the iPhone and Androids to quickly post a picture, send a message, or check our emails.
What many of us fail to realize is the impact that the cloud is making on our lives, and how the PC might simply be a thing of the past in our thinking. In fact, it is quite likely that the near future, the PC will simply be a device that is so cheap, and common place that it will be like having a watch on your wrist. Just about everyone has a watch, and very few get excited about having one. Yes, you might want a Rolex, but seeing the time on a Timex will do just fine.
First off, what is the cloud? Or, what is cloud computing?
Cloud computing is the delivery of computing as a service rather than a product, whereby shared resources, software, and information are provided to computers and other devices as a utility (like the electricity grid) over a network (typically the Internet).
Believe it or not, most of us use cloud computing every day. In fact, I am using cloud computing just writing this document. As I type this document on my MacBook Pro, the computer is simply being used as a terminal that is tied into my web host server, where my website is located, where I have WordPress blogging software and content management software installed, and where the physical files are stored.
Another form of cloud computing is Google’s Gmail application, where all the emails are stored online, and access is provided through all types of devices, i.e. PCs, Apple laptops, iPads, netbooks, iPhones, Android smart phones, and even our new smart TVs have Internet access capabilities. Even the Amazon Kindle, Kindle Touch, and Kindle Fire, Full Color 7″ Multi-touch Display, has Internet Wi-Fi access available for it. The days of using one PC device for everything is long gone. In fact, that is one of the reasons the cloud is here to stay. People want instantaneous access to their information through all the different electronic devices available to them. They want to be able to check their email from the cell phone, or check their friends Facebook pages from their iPad, or conference on their laptop when on the road, or even download a new book to read when ever they want.
No doubt about it, this generation is living in the cloud whether they realize it or not. Now, even businesses are moving to the cloud too. The same things that have occurred in the consumer world is also happening in the business world. Companies are looking for ways of reducing their costs, and one area of expense that are being looked at with a critical eye is the IT department. IT departments have traditionally had their plates full. They have had to juggle all types of activities; server integration, software, backups, computer laptops and desktops, email configuration, email maintenance, email backups, and one of the most important items, security. All of this adds up to big money. The answer my friend, is blowing in the wind, it is in the cloud.
Google Apps for business is one of the cost saving enterprise solutions available for small, medium, or any large business today. With the adaptation of Google Apps integration for a business, a company can realize enormous savings, reduced headaches, elimination of concern over hardware server problems, backups, power outages, and of having to deal with other interface items related to PC hardware, software, email integration, and more.
The challenge is to design a floppy disk drive interface to be a direct replacement for 3½-inch FDD or older 5¼-inch floppy disk drives on legacy industrial computer equipment. The FDD engineering hardware design requirements would be to build a new style FDD solid state disk drive, hooked up on the floppy disk connector (FDD). Keep in mind, the option to install is not available on legacy machines a solid state HD device — IDE to Compact Flash CF adapter on the parallel IDE HD connector since many industrial equipment machines do not support IDE; which by-the-way, these direct replacement hard drive adapters are currently available for PCs with IDE PATA ports (see images below). As part of the engineering guidelines, the direct replacement FDD device must also be able to read and write from FDD 1 to Solid State CF FDD 2 or vice versa. Additional followup information to this FDD article can be found at: FDD Floppy Disk Drive Emulators and Interfaces
View solid state hard drive adapters for compact flash memory cards displayed below.
FDD Engineering and Design Notes For Direct Replacement Floppy Drives
Message: “Jim: I have been searching for a replacement for a 3.5” FDD that reads/writes to a USB flashdrive or CF memory card.
Has the Engineering Challenge generated any solutions, yet?
I’m hoping ….
I’ve gotten a bit of feedback in this area.
Apparently the signal conversion is a bit more difficult than meets the eye. I have spoken with some engineers that have a cursory understanding of the floppy disk system, but it seems the interface is more complicated than the HD solid state disk drive to an IDE port. This seems strange that a simple device (in concept) like this is not available. I would think there is an engineer out there that could do this, but so far haven’t heard from anyone that can do it.
Some people have a hard time understanding what it is being requested here.
They want to tell me that there are already external USB floppy drives. I have to tell them that is not what we need. We need a direct plug in to the FDD cable that reads/writes to a USB flashdrive or CF memory card.
Maybe I need to spell it out a little more concisely.
Many of the old industrial machines used in various product manufacturing industries, and continued to be serviced and supported throughout the manufacturing world today, especially that of the circuit board drilling equipment and PCB routing machines, along with legacy CNC metal fabrication and CNC plastic machining, mold cutting equipment, and die making machines still use either the 5¼ FDD or 3.5 inch FDD to load operating systems and store part programs on hybrid computers. These hybrid computers are not PC based and have no internal or external hard disk drives, nor are these industrial equipment machines capable of hooking up a hard disk drive through any type of IDE cable connector; since the computers do not have IDE HDD interface capabilities, nor do they have USB connector capabilities either. Other machine fields that are excellent candidates for a new style SDD FDD would include: commercial grade and high-end consumer models embroidery machine equipment, quilting machines, and programmable sewing machines used built-in floppy drives for storing patterns and job programs.
Other industrial machines were designed around the original IBM PC which preceded the “IBM XT” and included 5 ¼ inch floppy drives but no hard disk. There may not be very many of these types of machines still in existence or actively used in production today.
Machines that are still being used in production, but have their own hybrid computers, are typically using a proprietary floppy disk controller for reading and writing to the floppy disk drives. This makes disks written in the proprietary format, unable to be read with the standard PC format floppy drives.
New manufacturing equipment is very expensive. Many of these these older machines are still quite capable of producing products in a production environment, and their owners are not willing to throw them away to buy a brand new machine equipment that will produce the same amount of product, in the same amount of time.
History of the Floppy Disk Drive
Floppy drives have been around since 1971, when IBM was the first to introduce the 80 KB read-only 8-inch FD. Subsequently, IBM, Memorex, and Shugart introduced 8-inch RW SSSD and DSSD floppy drives that reached a storage capacity of 980 KB (CP/M) – 1.2 MB (MS-DOS FAT) in 1977. Then in 1978 the 5¼-inch DD was introduced which had a storage capacity of 360 KB or 800 KB. In 1982 the first 3½-inch HP single sided FDD came on the market with a capacity of 264 KB. 1984 marked the introduction of the Macintosh which used the 3½-inch (DD at release). It had a marked capacity of 1 MB, though it was more like 720 KB (400 KB SS, 800 KB DS on Macintosh, and 880 KB DS on the Amiga computer).
3½-inch and 5¼-inch floppy drives shared the market place from 1982 through the late 1990s and even some industrial equipment manufacturers continued to use 5¼-inch floppy drives just at the turn of the century, though most industrial equipment manufacturers switched to the 3½-inch FDD models long before. The floppy disk drives have now been largely superseded by USB flash drives, CD-ROMs and DVD-ROMs.
R&D and Investment Capital by US Industrial Equipment Manufacturers
How did we get into this FDD mess. Part of the reluctance for US industrial equipment manufacturers to design new industrial equipment, with using new style PC based controllers had to do with the costs associated with R&D investments in both hardware and software engineering and design. Also, because of the sizeable R&D investments which many of these companies had made in the past, with specialized dedicated computers that had worked well up until this time in a manufacturing environment, top management was reluctant to spend any more investment capital into designing what was already perceived as a solid engineering design. While US companies sat on their laurels, their foreign manufacturing counterparts had leapfrogged over the controller designs, and started building controllers that were using standard, over the counter, PC based controllers, with software written to run under a Microsoft Windows environment. Now, many of the US manufacturers have been hit hard by the foreign competition and are struggling mightily to compete once again in the world markets.
What we need, is a Floppy Disk Drive Solid State Bridge or FDD SSD
What is happening for many of the end users of this legacy equipment is simply that the floppy drives are wearing out. They are getting old, and with the lack of replacement parts available, the equipment is becoming obsolete. These end users need a floppy disk drive bridge to get them over the hump, especially in these difficult economic times. They need something cheap and easy, that would quickly interface to these old floppy disk drives with a simple FDD plug and play device that requires no software drivers to be installed on the computer. Ideally speaking, it would be based on the solid state drive design similar to the SDD HDD — solid state drive hard disk drive, but for a SDD FDD — solid state drive floppy disk drive hookup.
The demise of the floppy disk drive is making it more difficult to keep aging computer systems operational. Floppies are still used for emergency boot disks on many of these aging systems that lack support for other boot media such as CD-ROMs and USB devices. Even some of the Windows Operating systems such as Windows XP and Windows Server 2003 relied on third party drivers, loaded on floppies. Many of the BIOS and firmware update and restore programs require they be executed from a bootable floppy disk. And if heaven forbid, during a BIOS update something goes wrong, even as of 2008, a floppy disk is required to perform a BIOS recovery after a failed BIOS update attempt.
The music industry still employs many types of electronic equipment that use standard floppy disks as a storage medium. Equipment that is quite functional, and was quite expensive to purchase, and would undoubtedly be prohibitively expensive to replace such items in the music industry as: synthesizers, samplers, drum machines, and sequencers, all of which continue to use 3½-inch floppy disks. Other storage options, such as CD-R, CD-RW, network connections, and USB storage devices have taken much longer to mature in this industry. Source: Wikipedia — Floppy Disk Drive.
So, it makes sense to bridge the FDD storage technology gap between the old floppies and the newer storage device options of CDs, DVDs, external HDs, and USB storage devices.
SSD HDD — Solid State Disk Drives For Laptops, Notebooks, and PC & Apple Desktop Computers
Here are some examples of HDD solid state hard drive adapter devices that can be used on computers to replace the internal hard disk drives using an adapter plug and socket to install Compact Flash (CF). Besides the availability of hard drive adapters, a person can replace their internal hard drive with solid state drives. There are SSD HD IDE PATA for the older parallel ATA interface IDE internal hard drives and SSD HD SATA for the newer and faster serial ATA interfaces available too.
Floppy Disk Drive Bay Mounts and PCI Slot for IDE to Compact Flash Adapter
Addonics Technoloigies, located in the Silicon Valley, California, manufactures many types of adapters designed to be direct replacement devices for hard disk drives. Addonics offers a full range of storage devices based on various storage technologies – optical (CD, DVD, CDRW, DVD-R/RW), hard disk (3.5″, 2.5″, 1.8″ and Micro Drive), floppy, small digital media reader/writer and stand alone storage appliances. Most of Addonics products are designed to connect to different interface technologies – USB, Firewire, Serial ATA, CardBus, SCSI, IDE and all Windows operating systems. Some devices also have been certified to work under Linux, Mac and Solaris 8. Together with a set of complementary accessories – power cables, host controllers and adapters, Addonics products have been selected to deploy in various vertical markets and applications, including in some mission critical environments. Read more about Addonics’ storage solutions.
Many of their products are used to create your own storage size solid state HDD using Compact Flash card sizes of your choice and embed the devices in laptop and notebook computers’ HDD cavities. The item pictured above provides two slots to include both a master and slave HDD Solid State CF drive built into one compact unit. Single slot CF Hard Drive Adapters are available too. With the price of Compact Flash Memory dropping, it is very easy to see how this IDE HDD adapter to Solid State HDD could be utilized in both old and new notebook computers. To replace the internal laptop HDD drive requires simply removing the old 2.5” IDE hard drive from the 44 pin IDE connector and attach the CF adapter with the CF card inserted onto the 44 pin IDE connector with key pins matching. Then you simply tuck it away inside the old hard disk drive bay cavity with double faced tape. Read the details for this device, along with detailed illustration about replacing the hard drive with the Addonics CF HDD Adapter in a notebook or laptop computer. Adapters like this and others for the newer serial interfaces would be an excellent choice for both Apple laptops as well as any of the older PC laptops with either Microsoft Windows or Linux based operating systems.
A while back, I had the pleasure of speaking with a sales engineer at Addonics about the need for a FDD solid state replacement device. He was most helpful, but at that time, Addonics did not have anything available in the way of an adapter to go from floppy disk drives to compact flash or any other form of solid state storage. While he did mention that others had also contacted him over the years to design this type of device, he felt it would be expensive to develop the FDD solid state interface device for what was perceived as not having a very large demand for the product.
External Floppy using USB Interface
In recent years, because many of the computer manufacturers were not installing floppy disk drives into new computers, has brought about a need for an external floppy disk drive. Behold the USB plug and play Floppy Disk Drive.
Before we get to the USB Floppy Disk Drive product, there was however a plug-in module device available from Dell Computers in the UK that plugged directly into the IDE interface cable from a motherboard to a 1.4 MB Floppy Disk Drive. The manufacturer was Origin Storage, with the manufacturer’s part number being listed as: CSERIES/FDD, and the Dell part number listed as: A0769810. Not sure if this floppy disk drive adapter hookup to an IDE parallel hard drive port is still available, or who would really need or be interested in this FDD to IDE port device today, but I thought it might be interesting to note it in this article. Also note that I was not able to find that particular FDD IDE device on Dell’s US website. Maybe it is an old out-dated link on Dell’s UK website. Like I said, I’m not sure there really is a need for this device. I don’t think we need to place floppy disk drives at the end of IDE cables, but it sure would be nice to store old system software from a floppy disk on legacy, non PC based and no IDE based machines, and boot to a solid state CF adapter on the FDD cable. Let’s build a solid state floppy disk drive as a direct replacement for a FDD.
USB Floppy Disk Drives — External USB Floppy Disk Drives
Some have asked, “why not just install a USB floppy disk drive on this old equipment?” Well, the biggest hurdle with this solution idea, is old non-PC based computers do not have the option for USB interfaces. Yes, you could install an external USB FDD drive on any PC that provided for USB devices to be installed, though there are generally Microsoft Windows software requirements for hooking up most of these external USB 3.5 inch floppy disk drives.
Others have even come up with a brainstorm of a solution of having some sort of Floppy Disk Drive to USB interface. In essence, this would involve going from the FDD cable into some sort of USB storage device. That might be a possible solution, but one would have to engineer an interface to go from the floppy pin-outs and reading and writing electronic signals requirements of the floppy disk drives, to a USB interface device that was a stand-alone, no drivers required plug-in adapter unit.
Sony developed the Memory Stick/Floppy Disk Adapter MSAC-FD2M. The MSAC-FD2M adapter was specifically created for the Sony Mavica FD-95 camera. SanDisk, SmartDisk, and Dane manufactured the FlashPath Floppy Drive Card Adapter for Smartmedia memory cards. These floppy disk adapters provided a slot in the edge of a floppy disk looking unit that Smartmedia cards could be inserted and then insert the whole 3.5 inch adapter into the camera or into a 3.5 inch floppy disk drive in a PC. The application was for those computers that did not have a built-in USB port, to be able to read the Smartmedia memory cards into the PC. With the addition of USB support in newer computers, these floppy disk adapters quickly faded off the landscape though you can still find them available in some online locations.
So that gives an overview of what is available for floppy disk drives, adapters, memory cards, and solid state disk drives.
FDD to USB Emulator Engineering and Design Project
On April 2008, Google Groups sci.electronics.design section, Jim F. wrote about his venture into building a floppy drive interface and the information he is seeking.
I’ve decided on a new project (this is for fun only) where I will build my own USB thumb drive to floppy interface. My intention is to replace the single floppy drive that exists in a particular piece of legacy test equipment. This will need to be a complete hardware solution (cpld/ucontroller) interface which I can remove the floppy and replace it with my USB floppy emulator.
I’ve really never given floppy technology much thought, so I figured it would be fun to go back to the 80’s and get acquainted with it…
I’ve been searching the web but haven’t had any real luck finding *good* technical data on floppy drive electrical interface data. I’ve read a few floppy drive specification data sheets, but they seem a bit lacking. Does anyone know of a really good repository for this information?
Thanks for any help that you can offer…
This is quite an interesting thread into building the floppy interface by creating a USB thumb drive to a FDD interface. Read more at sci.electronics design. I’m not sure what the status of his engineering design is currently, but it sounded like others would certainly like to see a device like this too. In the thread you will find more technical information into the engineering and design of this FDD interface project. If anyone has any further information into this FDD adapter interface project, please post your comments here or at the Google Groups Science Electronics Design posting. Considering the reduction in the cost of USB Flash Drives, this might very well be a viable solution for the FDD adapter project.
The Mozilla Forums have been talking about a weird Firefox 3 bug when trying to open an Adobe Acrobat PDF file within the browser window environment for some folks. I am one of those folks that is having a problem reading PDF files in Firefox. I feel like I’m hitting a brick wall on this one problem.
For some reason, when a pdf file is clicked on from the Web, Firefox 3 crashes and closes all windows abruptly and issues a crash report. This is also the case when trying to open a pdf file with the new Firefox 3 beta versions of the browser on my computer. However, the older Firefox 2.0 latest release runs fine and opens pdf files inside the browser window with no problems.
Some have said that this is no big deal, and just simply download the pdf files to your downloads folder, and then open it up with Acrobat Reader or some other PDF Reader program. I do have to say though, it is a big deal for me. I need to view PDF files regularly online, and I don’t want to clutter my downloads folder with pdf files that I don’t need. For example let’s take an online catalog that might have hundreds of individual parts sections, broken down by pdf file sections, that need to be quickly viewed to see which parts are the ones I am looking for online. If I have to download each section of the parts catalog before I know which one I really need, this can take much longer than simply clicking on the links and opening the pdf files in the browser window.
I have tried numerous things over the past month or two. I tried reloading Firefox 3, tried reloading Acrobat Reader 9, and tried disabling all the Firefox Add-ons with absolutely no success. I even tried going back to an older version of Acrobat Reader 8, but I still have the same exact problem with Firefox crashing and closing all the windows. In addition to all of those items, I also ran a registry cleaner program that fixes various problems with the computer software registries. None of this made any difference in the problem.
There is one way I can get Firefox to open a PDF file, and that is through the IE Tab add-on. The Firefox IE Tab add-on mimics Internet Explorer so a person can open pages within Firefox as though they are Internet Explorer pages. Actually, this add-on is extremely useful for websites that require Internet Explorer to view properly or to edit the pages for an IE only editor. So, when I click the PDF file and open it in a new IE tab, the file is opened properly using the latest version of Firefox.
I am using Windows XP Professional 32-bit operating system software with 4 GB of RAM and Service Pack 3 installed. along with all the latest Windows XP software updates. Note that the memory is only addressable to approximately 3.37 GB of the total 4 GB RAM because of the Windows 32-bit OS software limitations. The processor is an AMD Phenom 9850 Quad-Core Processor operating at 2.50 GHz.
If anyone has any suggestions I’d appreciate it. Jim
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