Here's the response that just came back: "The stocks of Thai Thai are finally coming along well. Having said that, we have not yet decided whether to offer it for 2015 or to wait one extra year for the mid- size bulbs to reach a larger size. We will make this decision next month once we can see how the growth on the bulbs is progressing." So, we won't see it for another 1-2 years. K

Ok...I just copied what it said I needed from the instructions. The installation from my old Dell was all on one disk. I'd be afraid I'd mess up the installation if it ended up on multiple CDs. Maybe I should say that there would be more chance for error on my part. The instructions also said that the USB key should have a minimum capacity of 8 GB. Well, when I go to Control Panel, I see there are 45 programs now with total space of 1.12 GB. So what gives with them saying I need a minimum of 8GB? I'm guessing that it would all go on one of the disks at the link below. About them...it says, "This recordable DVD features AccuCORE technology which is 100x more scratch resistant than standard discs. Fights static, repels stains and fingerprints" Here is a link that might be useful: 25 DVD+RW Re-Recordable DVD 4.7GB

I have the Kodak Easy Share, and it works the same way on both my XP and Vista computers. I did not install any driver for the camera. I did install the Kodak program. Once the program is installed, leave the camera off, hook up your usb cable to both the computer and the camera. Now open easy share software. Turn on the camera. You should get up a box, that says, windows has detected new hardware, and it will install a driver for the camera. Once done, Kodak, will come up with a box, to transfer all the pictures. I dont store my pictures in Kodak (it does keep a copy though, that I delete later). I have gone into preferences, and have all photos,directed to go to a folder on my desktop. Your camera, most likely is different than mine, since mine is a couple years old, but my grandaughters is much newer than mine, and she has no problems, putting her pictures on my computer using this method, and my daughter recently got a new Kodak, and she had no problem putting them on my computer either. Good Luck

Just thougth I'd throw this in. It's from the PSNH (Public Service of New Hampshire) Website. It's actually the first time I've seen it. Although I live in NH, I'm not on PSNH, I'm NGrid. It;s a bit to read and the chart got skewed pasting it, but I'm not patient enough to fix it, but you can probably decipher it. But this is their baseline, and they clearly state that it may go outside of it, either way, for many reasons, so.... "PSNH Service Voltage Requirements Like any electric utility power supply, the voltage on PSNH's system will vary throughout the day largely due to the variation in customer electricity use. Under normal conditions, PSNH's secondary voltage service levels are supplied in accordance with the NH Public Utilities Commission requirements. These requirements are based on industry standards set by the American National Standards Institute. The rules governing utility voltage standards do provide several exceptions to these voltage limits. These exceptions are conditions that: Arise from adverse weather conditions; Arise from the operation of customers equipment Arise from utility equipment failures; Arise from circuit switching equipment during emergencies; Are causes beyond the control of PSNH. Even though PSNH endeavors to maintain constant voltage to your service point, your equipment must be prepared to expect occasional deviations outside the nominal ranges. PSNH Voltage Limits (Average voltage for 2 minutes) Nominal Voltage Minimum Voltage Maximum Voltage 120/240 114/228 126/252 120/208 114/197 126/218 277/480 263/456 291/504 Types of Electrical Disturbances Electrical disturbances, a form of distorted electrical power, come in many shapes and sizes. Electricity as it comes from the generator is smoothly flowing and shaped like successive waves cycling up and down 60 times per second. Distorted electricity can be caused by electrical equipment in your building or in neighboring buildings, as well as by events on the utility system. Research by the Electric Power Research Institute and others has confirmed 70 to 80 percent of the disturbances originate in the customerÂs building or factory. These disturbances are caused by equipment interaction and are often exacerbated by wiring and grounding problems. The remaining 20 to 30 percent of the electrical disturbances that affect equipment originate on the utility system. These disturbances are caused by a number of factors including weather (lightning, rain, or fog), tree or limb contacts, accidents (dig-ins, vehicles hitting poles), and utility equipment failure. Electrical disturbances interact with the system in several ways. First, something must cause the electrical disturbance such as a large motor starting or a lightning strike. Next, the wiring network, which carries the disturbance to other equipment, may aggravate the disturbance. Finally, the disturbance reaches electronic equipment which reacts to the disturbance. Listed below are the most common types of disturbances, typical causes, and impacts. Transients: Also known as surges or spikes, these are caused by lightning, appliances such as printers and copiers, as well as utility activities such as circuit breaker operation and switching. Transients of sufficient energy can upset computers, corrupt data, or even cause damage to power supplies and components. Sag: A brief drop in the voltage (electrical pressure). Sags can be caused by equipment such as motor starting, and heaters in printers and copiers cycling, as well as utility events. Sags often cause lights to dim or flicker and computer equipment to lock up or lose memory. Swell: A brief increase in the normal voltage level. Most swells are caused when a motor stops. Although not generally a problem, swells have been known to cause failure of marginal components in electronic equipment. Over and Undervoltage: Longer-term increases or decreases in the normal voltage. These disturbances often indicate an overloaded transformer or circuit, or the misoperation of a voltage regulating device. Momentary Outage: Also called a "momentary".This type of power outage is generally caused by utility protective equipment operation when trees, animals, vehicles, lightning or others contact the utility wires or striking the utility pole. Harmonics: Harmonics are a regular distortion of the voltage waveform often caused by the power supplies of electronic equipment. Harmonics can cause overheating in transformers, building wiring, and motors. Noise: Electro Magnetic Interference (EMI) is electrical interference caused by electric and magnetic fields emanating from electrical equipment, typically transformers or wiring. One impact often seen is a wavy computer screen. Noise - Radio Frequency Interference (RFI) is electrical interference from equipment that radiates high frequency electrical energy such as TV/radio transmitters and cell phones. Interference can also be caused by arcing sources (switches) or switching power supplies such as those found in electronic ballasts and adjustable speed drives. This kind of noise often causes interference to control circuits." Sorry so long, but the PoCo here is adnitting 20-30% of the faults are theirs.... And their range is 5% UP AND DOWN, under normal conditions, that will fault smarter drives, etc. A 460 drive will almost always fault if it sees 504. They'll only commit, kinda, to a 48V window.... I know the stuff I'm talking about is up at 460/480 so the percentages make bigger windows, but the math is the same at all the voltages.. One little pull, and......... If your cut-out fuses are popping, it's definitely WAY outside this, WAY.... I know I'm way out of my lane here, but I wanted to show you why I suspect PoCo power. And, Yes, I have dealt with this, and argued, and the loggers have proved me right about 95% of the time. After you check all your gear..... But again this was 3phase, so if the resi guys tell me to shut up, I will. Thanks KEN