공 CD에 자료를 백업하시는 분이 많으실텐데요. 자료를 구분하기 위해 CD 표면에 펜이나 아니면 프린트된 라벨을 이용해 타이틀을 적는 경우가 많은데요. 이번에 카시오(Casio)에서 CD/DVD 프린터 타이틀 프린터기가 출시가 되었다고 합니다. 이 제품의 특징은 CD 표면에 글자를 바로 프린터 할 수 있다는 점인데요. 200dpi의 해상도로 글자 / 숫자를 포함하여 18자를 프린터 할 수 있습니다. 5개의 폰트와 650여개의 심볼을 선택할 수 있으며 프린터 리본으로 최대 50개 여장의 CD에 프린터가 가능하다고 합니다. 그리고 기기에 LCD가 있어 그 글자를 볼 수 있다고 하는데 CD에 깔끔하게 프린터를 원하는 분에게 유용할 듯 합니다. 8 x AA 배터리와 AC 전원으로 사용되며 판매 가격은 $129.95(약 15만 8천원)로 알려져 있습니다.

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by 투명돼지 2010. 7. 6. 05:35

by 투명돼지 2010. 7. 5. 06:30

by 투명돼지 2010. 7. 4. 06:22
이파람 (공냉식) 케이블 고정식 PA-M09CWAS
★ 실내기와 실외기를 연결하는 케이블을 실내기 뒷면에 고정시킨 에어컨.

◆ 제품 특징 및 장점

▣ 모던한 디자인
- 실내 인테리어와 조화
- 컴팩트한 실외기

▣ 간편한 설치
- 실외기 부분이 가벼워 자유로이 벽걸이 가능
- 유연한 실외기 연결 튜브
- 소비자가 직접 설치
- 설치비 및 이전비 없음

▣ 편리한 이동성
- 거실, 주방, 아이들 방으로 간편이동
- 방과 방사이, 장소와 장소 사이를 자유로이 이동

▣ 합리적인 냉방
- 필요공간만 냉방
- 아파트 거실 전체를 냉방시키는 비효율 제거

▣ 응축수 재활용 시스템
- 절전 및 냉방 효율 증대
- 별도의 드레인이 필요치 않음

▣ 관리 및 수납의 편리성
- 비수기에는 수납장에 보관
- 불필요하게 거실 공간을 차지하지 않음
- 건물에 구멍을 뚫을 필요가 없음

▣ 아 파트의 아이들 방에 간편 설치


제품 상세 사양

항목 Unit Model
PA-M09C ?실버
형식 * 공냉 튜브 고정식
기능 * 냉방전용
실외기 유무
O
전원 V,Hz 220, 60
냉방능력 W 2,650
냉방소비능력 W 860
난방능력 W -
난방소비능력 W -
풍량 ㎥/min 7.5
냉매 * R22(407C)
냉각수(입수온도 20℃기준) ℓ/min -
냉각수
배관경
입수
-
출수
-
치수
(W x D x H)
본체 mm 300 x 403 x 886
실외기 444 x 212 x 342
순중량 본체 kg 39
실외기 kg 4
케이블 두께(WxH) mm 39 x 18
길이 m 4


전국 A/S 센터 정보 : 이파람(e-param) A/S 센터 : 031 - 2828 - 411

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by 투명돼지 2010. 7. 3. 08:14

The SSD battles continue unabated, with SandForce, Crucial, Intel and others vying for supremacy.
Our first encounter with the C300 series showed some impressive results, particularly in the sequential read tests where the SATA 6Gbps interface allowed a single drive to break the 300MB/s barrier. While there were some teething issues with firmware initially, the latest revisions seem to have cleared things up and prices are generally competitive. One of the biggest benefits of SSDs is the increase in performance for general Windows/OS tasks, and to that end many users are interested in a lower capacity SSD that can still offer good performance.

To date, the least expensive SSDs worth consideration have come in at around $100 give or take. We looked at several contenders, consisting of the Intel X25-V 40GB, the Kingston SSDNow V Series 30GB, and the OCZ Onyx. Intel obviously uses their own controller, Kingston uses a Toshiba controller, and OCZ uses the Indilinx Amigo (essentially half a Barefoot) controller. In terms of price per Gigabyte, Intel charges $2.96/GB, Kingston $3.00/GB, and OCZ leads at $2.50/GB. Depending on the workload, all three are viable options and should substantially boost performance over conventional hard drives.

Perhaps the biggest issue many have with these SSDs is their total capacity; even with 40GB Intel is still on the small side in my view—my daily use laptop uses 40GB for the Windows, Program Files, and ProgramData directories, and having some spare area is always a good idea. Crucial is partnering with Lexar Media and is now shipping their 64GB RealSSD C300 for $150, or a price of $2.34/GB. That makes it one of the lowest prices per GB for a viable SSD, and with 64GB it can actually store enough data to work in most laptops.

Like the other budget SSDs, the 64GB C300 isn't going to be as fast as the 128GB and 256GB models. The reason is parallelism, as the lower capacity drives are not able to read/write as many NAND devices at a time. This primarily hurts in write-heavy scenarios, and the 64GB C300 is still rated for read speeds of up to 355MB/s and write speeds up to 75MB/s. While we wait for 25nm NAND devices to double capacities at current price points, the 64GB C300 is a very tempting option that's available now.
by 투명돼지 2010. 7. 2. 06:34
by 투명돼지 2010. 7. 1. 07:49

A decibel

There's a misunderstanding of what a dB is and what it measures. Here's a definition from Sweetwater's word for the day archive:

  • A decibel (named for Alexander Graham Bell) is a tenth of a bel, and is used as an expression of power. Here's where the confusion arises: A decibel isn't a measure of ANYTHING; it is a ratio of two power levels. Because of the way our ears perceive volume, these ratios follow a logarithmic curve, expressing them as a decibel keeps things easier to deal with. Here are a few convenient decibel figures worth remembering: One decibel is commonly taken as the smallest volume change the human ear can reasonably detect. Doubling the POWER of an amplifier results in a 3 dB increase, which is a "noticeable" volume increase. Doubling the VOLUME of a sound is a 6 dB increase (you may occasionally see 10 dB listed as the "double-volume" figure, 6 dB is the more mathematically correct number). By doing the math, you can see that truly doubling your volume actually requires 4 times the amplifier power! Keep these figures in mind the next time you are comparing the specs of two pieces of equipment...

    Decibels are used all over the place in audio measurements and specifications partly because it is very easy to express extremely large or small values with decibels due to their logarithmic nature. The full depth of the topic is well beyond the scope of this writing, but suffice to say that the decibel always refers to a ratio of two values. It is never an absolute value. Thus when we speak of losses and gains in audio we use dB to quantify those values. If a signal goes into a unit and is output at a lower level it is said to be down by some value of dB. Decibels come in many variants: dB PWL, dB SPL (also known as Sound Pressure Level), dBm, dBu, dBV, dBv, and more.

The +/- 12 dB slider in WinAmp is a representation of dBV. Volume is measured in the air as dB SPL. The -80 to zero dB scale you referred to is dBFS (dB Full Scale). Because a dB is a ratio, and not an absolute unit of measure, it can be used to measure voltages or sound pressure levels in any number of different ways.



Without knowing what you are using as an output device (headphones, speakers, an amplifier with huge speakers attached, etc.) there is no way the software could know what SPL level you are producing, or that the MP3 player could know when you've exceeded a safe threshold (although it could make certain assumptions since most people listen to MP3 players with earbud-style headphones).

There's no way to use your webcam mic to measure SPL. You'll need an SPL meter with a built-in microphone or a calibrated mic that outputs a known voltage at a certain SPL.

dB FS is a measurement of the level of a "word" in digital audio. A "digital word" is a string of either 1's and 0's (usually 16 or 24 of them) which define a sampled sound's volume at a moment in time. Dealing with 16-bit audio, specifically, there is a theoretical maximum range of 96dB.

A -96 dBFS word would be 16 zeros, the smallest value a 16-bit word can represent:
0000000000000000

a 0 dBFS word would be 16 ones, the largest value a 16-bit word can represent:
1111111111111111

by 투명돼지 2010. 6. 30. 08:14

It is time for HTPC enthusiasts to rejoice! Videolan announced the availability of VLC 1.1.0 a couple of days back. VLC's popularity soared in the mid-2000s when standard definition videos were all the craze, and CPUs were powerful enough to easily decode them.
Over the last few years, many people have built up a big library of high definition videos, and one of the complaints against VLC was the fact that all the inbuilt codecs relied completely on the CPU horsepower for decoding. Even the most powerful modern day multi-core processors have trouble decoding HD videos [Clarification: 'trouble' with CPU decoding might mean dropped frames, stutters, sudden spikes in CPU usage and kicking in of the CPU fan etc. These are more noticeable in single threaded decoder implementations].

HTPC users with GPUs capable of accelerating HD video decode initially relied on the bundled software (from Cyberlink / ArcSoft / Corel). However, the bloatware and container restrictions imposed by these players led enthusiasts to other open source projects such as Media Player Classic - Home Cinema (MPC-HC). These tapped into the GPU capabilities using DXVA / DXVA2 APIs on Windows and VAAPI on Linux. The extent of support provided in these APIs depended on the GPU vendor. Historically, Nvidia has provided much better support than ATI, while Intel was lagging behind for quite some time till late last year. This is evident from one of the popular blog posts used as a reference by people wanting to get DXVA working on their GPUs. Users of MPC-HC also had to deal with external codec packs such as CCCP. In addition, a large number of options had to be set up correctly in order to get GPU decoding to work. There was an urgent need for the big player in this space to come to the party, and Videolan has done that exactly with the 1.1.0 release of the VLC Media Player.

However, all is not well yet in VLC land. Videolan supplied the caveat that the experimental GPU acceleration would work only on Nvidia GPUs as of now. They cited troubles with the ATI drivers and the lack of access to a Intel IGP as the reason for not being able to support non-Nvidia platforms with confidence. With a core developer team of just 5 people, coupled with the fact that most of them are not Windows developers, it is hard to find fault with that reasoning.

At the end of our testing, we found out some unexpected good things. However, there was some disappointment as well. Before going into the details, let us take a look at the test bed and test suite we used for the analysis.
by 투명돼지 2010. 6. 29. 05:45

소음 : 있다. (43dB 보단 적게는 10dB, 많게는 20dB 이상 높다.)
냉방효율 : 없는 것 보단 낫다
결론 : 벽걸이나 다른 에어컨을 살 수 있는 환경이면 그것을 추천하고 이것은 절대로 추천하지 않는다.
by 투명돼지 2010. 6. 28. 17:23

by 투명돼지 2010. 6. 27. 08:53