スマホやタブレットとワイヤレスでつながるDVDドライブがI-O DATAから … – チェッカーズ!

DVRP-W8AI2

株式会社アイ・オー・データ機器は、スマートフォンやタブレットとワイヤレスで接続してDVD再生を実現する『DVDミレル DVRP-W8AI2』を、2017年11月末に発売する。

音楽CDの取り込みも可能

『DVDミレル DVRP-W8AI2』は、Android/iOSデバイスで使用可能な、Wi-Fi対応のDVDプレーヤーだ。手持ちのスマートフォンやタブレットとワイヤレスで接続してDVDコンテンツを楽しめる。

Wi-Fi接続では、電波干渉に強く高速かつ安定した通信を可能にするIEEE802.11acがサポートされており、途切れにくいスムーズなDVD再生を実現するのだ。

電源には専用のACアダプタに加え、モバイルバッテリを使用することもできる。パッケージには、モバイルバッテリ接続用のケーブルも同梱されているのだ。

専用アプリ「DVDミレル」には、字幕や音声の変更、マルチアングルなどDVDプレーヤーと同等の機能が搭載されており、快適な環境を実現するのである。

さらに、「CDレコアプリ」を使用すれば、音楽CDをiPhoneやiPad、Androidスマホ・タブレットに直接取り込むことができるのだ。

本体サイズは、W145mm×D168mm×H19mmで、重量は約430g。なお、価格はオープンとなっている。

DVRP-W8AI2

Editor’s eyes

家中どこでもDVDコンテンツが楽しめるのはもちろん、アウトドアや移動中の車内でも使用できるのだ。DVDコンテンツに接する機会の多いユーザには要チェックのアイテムである。

外部リンク

株式会社アイ・オー・データ機器
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I-O Data создала беспроводной DVD-привод для смартфонов – 3DNews

Японская компания I-O Data представила довольно любопытную новинку — внешний оптический привод DVRP-W8AI2, предназначенный для использования со смартфонами и планшетами.

Обмен данными между приводом и мобильным гаджетом осуществляется посредством беспроводной связи Wi-Fi: поддерживаются стандарты IEEE 802.11ac/n/a/g/b. Таким образом, владельцы смартфонов и планшетов получают возможность просматривать на экране своего устройства мультимедийные материалы, сохранённые на оптических дисках.

Для работы с приводом необходимо установить сопутствующее мобильное приложение. Говорится о поддержке операционных систем Android 4.2.2 и выше, а также iOS 8 и выше.

Привод может считывать носители CD и DVD. Кроме того, возможна запись звуковых дисков. Во время работы устройство должно располагаться горизонтально.

Питание новинка получает от электрической сети через адаптер. Можно также воспользоваться портативной аккумуляторной батареей, которую придётся приобрести отдельно. Габариты составляют 145 × 168 × 19 мм, вес — приблизительно 430 граммов.

В продажу оптический привод DVRP-W8AI2 поступит в ближайшее время по ориентировочной цене 120 евро. 

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IO Data создала беспроводной DVD-привод для смартфонов – 3DNews

Японская компания I-O Data представила довольно любопытную новинку — внешний оптический привод DVRP-W8AI2, предназначенный для использования со смартфонами и планшетами.

Обмен данными между приводом и мобильным гаджетом осуществляется посредством беспроводной связи Wi-Fi: поддерживаются стандарты IEEE 802.11ac/n/a/g/b. Таким образом, владельцы смартфонов и планшетов получают возможность просматривать на экране своего устройства мультимедийные материалы, сохранённые на оптических дисках.

Для работы с приводом необходимо установить сопутствующее мобильное приложение. Говорится о поддержке операционных систем Android 4.2.2 и выше, а также iOS 8 и выше.

Привод может считывать носители CD и DVD. Кроме того, возможна запись звуковых дисков. Во время работы устройство должно располагаться горизонтально.

Питание новинка получает от электрической сети через адаптер. Можно также воспользоваться портативной аккумуляторной батареей, которую придётся приобрести отдельно. Габариты составляют 145 × 168 × 19 мм, вес — приблизительно 430 граммов.

В продажу оптический привод DVRP-W8AI2 поступит в ближайшее время по ориентировочной цене 120 евро. 

Источники:

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Taking a Look Inside the ERP5 Score For IO Data Device, Inc. (TSE:6916) – Business Review

I-O Data Device, Inc. (TSE:6916) has an ERP5 rank of 1036. The ERP5 Rank is an investment tool that analysts use to discover undervalued companies.  The ERP5 looks at the Price to Book ratio, Earnings Yield, ROIC and 5 year average ROIC.  The lower the ERP5 rank, the more undervalued a company is thought to be.

FCF Yield 5yr Avg

The FCF Yield 5yr Average is calculated by taking the five year average free cash flow of a company, and dividing it by the current enterprise value. Enterprise Value is calculated by taking the market capitalization plus debt, minority interest and preferred shares, minus total cash and cash equivalents. The average FCF of a company is determined by looking at the cash generated by operations of the company. The Free Cash Flow Yield 5 Year Average of I-O Data Device, Inc. (TSE:6916) is -0.029790.

Technicals & Ratios

The EBITDA Yield is a great way to determine a company’s profitability. This number is calculated by dividing a company’s earnings before interest, taxes, depreciation and amortization by the company’s enterprise value. Enterprise Value is calculated by taking the market capitalization plus debt, minority interest and preferred shares, minus total cash and cash equivalents. The EBITDA Yield for I-O Data Device, Inc. (TSE:6916) is 0.300646.

The Earnings to Price yield of I-O Data Device, Inc. (TSE:6916) is 0.120852.  This is calculated by taking the earnings per share and dividing it by the last closing share price.  This is one of the most popular methods investors use to evaluate a company’s financial performance.  Earnings Yield is calculated by taking the operating income or earnings before interest and taxes (EBIT) and dividing it by the Enterprise Value of the company.  The Earnings Yield for I-O Data Device, Inc. (TSE:6916) is 0.273835.  

Earnings Yield helps investors measure the return on investment for a given company.  Similarly, the Earnings Yield Five Year Average is the five year average operating income or EBIT divided by the current enterprise value.  The Earnings Yield Five Year average for I-O Data Device, Inc. is 0.100328.

Q.i. Value

The Q.i. Value of I-O Data Device, Inc. (TSE:6916) is 16.00000. The Q.i. Value is another helpful tool in determining if a company is undervalued or not. The Q.i. Value is calculated using the following ratios: EBITDA Yield, Earnings Yield, FCF Yield, and Liquidity. The lower the Q.i. value, the more undervalued the company is thought to be.

Quant Scores

The M-Score, conceived by accounting professor Messod Beneish, is a model for detecting whether a company has manipulated their earnings numbers or not. I-O Data Device, Inc. (TSE:6916) has an M-Score of -999.000000. The M-Score is based on 8 different variables: Days’ sales in receivables index, Gross Margin Index, Asset Quality Index, Sales Growth Index, Depreciation Index, Sales, General and Administrative expenses Index, Leverage Index and Total Accruals to Total Assets. A score higher than -1.78 is an indicator that the company might be manipulating their numbers.

The Value Composite One (VC1) is a method that investors use to determine a company’s value. The VC1 of I-O Data Device, Inc. (TSE:6916) is 5. A company with a value of 0 is thought to be an undervalued company, while a company with a value of 100 is considered an overvalued company. The VC1 is calculated using the price to book value, price to sales, EBITDA to EV, price to cash flow, and price to earnings. Similarly, the Value Composite Two (VC2) is calculated with the same ratios, but adds the Shareholder Yield. The Value Composite Two of I-O Data Device, Inc. (TSE:6916) is 15.

Investors may be interested in viewing the Gross Margin score on shares of I-O Data Device, Inc. (TSE:6916). The name currently has a score of 14.00000. This score is derived from the Gross Margin (Marx) stability and growth over the previous eight years. The Gross Margin score lands on a scale from 1 to 100 where a score of 1 would be considered positive, and a score of 100 would be seen as negative.

At the time of writing, I-O Data Device, Inc. (TSE:6916) has a Piotroski F-Score of 4. The F-Score may help discover companies with strengthening balance sheets. The score may also be used to spot the weak performers. Joseph Piotroski developed the F-Score which employs nine different variables based on the company financial statement. A single point is assigned to each test that a stock passes. Typically, a stock scoring an 8 or 9 would be seen as strong. On the other end, a stock with a score from 0-2 would be viewed as weak.

IO Data DVRP-W 8 AI 2 – привод DVD для смартфонов и планшетов – PlayGround.ru

Компания I-O Data объявила о выпуске привода оптических дисков DVRP-W 8 AI 2. Ключевой особенностью устройства, поддерживающего чтение и запись дисков CD и DVD, является наличие только беспроводного интерфейса. Подключение по Wi-Fi 802.11ac позволяет прослушивать звукозаписи и просматривать видеозаписи, хранящиеся на оптических дисках, на смартфонах и планшетах. Для этого на мобильном устройстве должно быть установлено соответствующее приложение, предложенное производителем. Возможна и запись, но только в формате CD-DA (в качестве носителей могут выступать диски CD-R, CD-RW, DVD-R и DVD-RW). Для записи используется другое мобильное приложение.

Для питания используется адаптер электросети, включенный в комплект. Можно использовать мобильный аккумулятор, способный отдавать ток не ниже 2 А при напряжении 5 В. Для этого в комплекте есть соответствующий кабель, но сам аккумулятор приобретается отдельно. ¬

Привод совместим с устройствами, работающим под управлением Android 4.2.2 или iOS 8 и более новых версий этих ОС (iPhone 4S, iPad 3, iPad mini первого поколения, iPod touch пятого поколения и более старые устройства Apple не поддерживаются).

Габариты DVRP-W 8 AI 2 равны 145 х 168 х 19 мм, масса — 430 г.

Why Cybersecurity Must Be Built In, Not Bolted On – Automation World

A recent white paper from British semiconductor technology company ARM predicts that 1 trillion Internet of Things (IoT) devices will be built between 2017 and 2035. That’s a lot of silicon and it made me think: Where will all these devices be used? What kind of devices will they be? Will silicon and classic microprocessor technology still be relevant by 2035?

And with newer computing technologies coming on stream fast (e.g., quantum devices), is ARM’s number an underestimate? Most critically, what about the cybersecurity implications of all those connected devices?

It seems we are badly vulnerable today, so we have to get better—and fast—especially where critical processes are concerned (which is pretty much all of automation).

There’s no doubting the importance of ARM technology to the world. More or less, every smartphone uses ARM technology in some way or another and that won’t change. More and more chips with standard ARM processor cores are appearing in automation, too. With the Industrial IoT (IIoT) clearly in developers’ sights, we’d better all take note of the opportunities and implications.

Hilscher is already making use of ARM processor cores, and we’ve taken bigger steps than ever with our two latest chips—the netX 90 and the netX 4000—which are aimed squarely at next-generation automation devices. The netX 90 is one of the smallest chips we’ve ever made and it’s designed for embedding in slave devices. The netX 4000, its big brother, is aimed at master/slave applications (e.g., controllers) and is capable of delivering a powerful boost to automation systems of all sizes.

Embedded security has been a key factor in the development of both chips. They each incorporate not one, but multiple ARM CPUs. This is all part of our determination to support a truly integrated security concept, which enables developers of embedded devices to apply the IEC 62443 security standard that is starting to dominate industrial applications. Anyone involved with automation and control systems, including end users, system integrators, security practitioners and control system manufacturers, should be taking note of IEC 62443 by now.

Logical separation of comms and app

In our new netX designs, one set of CPUs handles communications in a way that many users of Hilscher devices will be familiar with. It’s basically a no-brainer solution for adding industrial networking protocols to any device.

As usual, all popular protocols are supported on the same hardware using pre-certified firmware downloads. There are some additions for IIoT-specific functions, via MQTT and OPC UA, to connect field devices to cloud services in parallel with conventional network activity.

A second set of CPUs handles the application. In the case of the netX 90, which is likely be embedded in devices such as sensors, the applications will be relatively straightforward. This means we can keep the chip size small (10 x 10 mm) and cost-competitive. In the netX 4000, things are less size-sensitive, so the chip can be bigger and more functionality can be included. It has considerably more computing capability than anything we’ve introduced before—enough, in fact, to run programmable logic controller (PLC) programs, supervisory control and data acquisition (SCADA) or data analytics locally. It can support multiple network protocols simultaneously, uses open source software (hardened Linux OS), and is the most powerful and secure chip we’ve ever built.

What’s the importance of having multiple CPUs? Well, this enables us to logically separate the communications functions (that’s the network activity) from the application (e.g., control and monitoring). This restricts software access to on-chip peripherals on either side, allowing customers to build layers of security in accordance with IEC 62443. It will help ensure that the application is unaffected by attacks over the network. Why? For example, a denial-of-service attack could bring down the network communications or keep the stack so busy with answering network requests that the processing of critical IO data gets interrupted. Mechanisms provided by the netX Dual-Port Memory (DPM) interface would allow the application side to detect that something is wrong on the communications side. In a worst-case scenario, the application could be forced into a secure and safe state to avoid causing any harm.

Additional protection is included, such as secure boot, TLS/SSL, firewalls, algorithms for secure enablement, cryptography and much more.

All of this development boils down to the fact that we are already offering chip-based platforms that will make next-generation automation devices and systems much more secure. We can’t do everything, of course, and OEMs, system integrators and end users all share responsibility for building systems and equipment that are as secure as possible.

It’s simply a fact of life today that security should be built in at every layer of an enterprise. “Secure by design” is an essential mantra for all industrial companies if we are to avoid cyber chaos by the time those 1 trillion IIoT devices come online by 2035.

For more information, visit Hilscher North America.

IO Data Device, Inc. (TSE:6916) Profitability in Focus – Trion Journal

Looking at some ROIC (Return on Invested Capital) numbers, I-O Data Device, Inc. (TSE:6916)’s ROIC Quality Score is 1.690158. ROIC is a profitability ratio that measures the return that an investment generates for those providing capital. ROIC helps show how efficient a firm is at turning capital into profits.  This formula is calculated by 5 year average Return on Invested Capital (ROIC) / Standard Deviation of the 5 year ROIC.  The higher the ratio, the better as a higher score indicates a more stable return on invested capital.

I-O Data Device, Inc. (TSE:6916) has a Price to Book ratio of 0.572177. This ratio is calculated by dividing the current share price by the book value per share. Investors may use Price to Book to display how the market portrays the value of a stock. Checking in on some other ratios, the company has a Price to Cash Flow ratio of , and a current Price to Earnings ratio of 8.274587. The P/E ratio is one of the most common ratios used for figuring out whether a company is overvalued or undervalued.

Checking in on some valuation rankings, I-O Data Device, Inc. (TSE:6916) has a Value Composite score of 5. Developed by James O’Shaughnessy, the VC score uses five valuation ratios. These ratios are price to earnings, price to cash flow, EBITDA to EV, price to book value, and price to sales. The VC is displayed as a number between 1 and 100. In general, a company with a score closer to 0 would be seen as undervalued, and a score closer to 100 would indicate an overvalued company. Adding a sixth ratio, shareholder yield, we can view the Value Composite 2 score which is currently sitting at 15.

Watching some historical volatility numbers on shares of I-O Data Device, Inc. (TSE:6916), we can see that the 12 month volatility is presently 37.887900. The 6 month volatility is 27.274600, and the 3 month is spotted at 25.984400. Following volatility data can help measure how much the stock price has fluctuated over the specified time period. Although past volatility action may help project future stock volatility, it may also be vastly different when taking into account other factors that may be driving price action during the measured time period. 

Price Index
We can now take a quick look at some historical stock price index data. I-O Data Device, Inc. (TSE:6916) presently has a 10 month price index of 0.81651. The price index is calculated by dividing the current share price by the share price ten months ago. A ratio over one indicates an increase in share price over the period. A ratio lower than one shows that the price has decreased over that time period. Looking at some alternate time periods, the 12 month price index is 0.84076, the 24 month is 1.86643, and the 36 month is 1.57207. Narrowing in a bit closer, the 5 month price index is 0.81716, the 3 month is 0.92279, and the 1 month is currently 0.90778.

Scores
The Gross Margin Score is calculated by looking at the Gross Margin and the overall stability of the company over the course of 8 years. The score is a number between one and one hundred (1 being best and 100 being the worst). The Gross Margin Score of I-O Data Device, Inc. (TSE:6916) is 14.00000. The more stable the company, the lower the score. If a company is less stable over the course of time, they will have a higher score.

The C-Score is a system developed by James Montier that helps determine whether a company is involved in falsifying their financial statements.  The C-Score is calculated by a variety of items, including a growing difference in net income verse cash flow, increasing days outstanding, growing days sales of inventory, increasing assets to sales, declines in depreciation, and high total asset growth.  The C-Score of I-O Data Device, Inc. (TSE:6916) is -1.00000.  The score ranges on a scale of -1 to 6.  If the score is -1, then there is not enough information to determine the C-Score.  If the number is at zero (0) then there is no evidence of fraudulent book cooking, whereas a number of 6 indicates a high likelihood of fraudulent activity. The C-Score assists investors in assessing the likelihood of a company cheating in the books.

The Piotroski F-Score is a scoring system between 1-9 that determines a firm’s financial strength.  The score helps determine if a company’s stock is valuable or not.  The Piotroski F-Score of I-O Data Device, Inc. (TSE:6916) is 4.  A score of nine indicates a high value stock, while a score of one indicates a low value stock.  The score is calculated by the return on assets (ROA), Cash flow return on assets (CFROA), change in return of assets, and quality of earnings.  It is also calculated by a change in gearing or leverage, liquidity, and change in shares in issue.  The score is also determined by change in gross margin and change in asset turnover.

The MF Rank (aka the Magic Formula) is a formula that pinpoints a valuable company trading at a good price.  The formula is calculated by looking at companies that have a high earnings yield as well as a high return on invested capital.  The MF Rank of I-O Data Device, Inc. (TSE:6916) is 1947.  A company with a low rank is considered a good company to invest in.  The Magic Formula was introduced in a book written by Joel Greenblatt, entitled, “The Little Book that Beats the Market”.

The Shareholder Yield is a way that investors can see how much money shareholders are receiving from a company through a combination of dividends, share repurchases and debt reduction.  The Shareholder Yield of I-O Data Device, Inc. (TSE:6916) is -0.037841.  This percentage is calculated by adding the dividend yield plus the percentage of shares repurchased.  Dividends are a common way that companies distribute cash to their shareholders.  Similarly, cash repurchases and a reduction of debt can increase the shareholder value, too.  Another way to determine the effectiveness of a company’s distributions is by looking at the Shareholder yield (Mebane Faber).  The Shareholder Yield (Mebane Faber) of I-O Data Device, Inc. TSE:6916 is -0.05961.  This number is calculated by looking at the sum of the dividend yield plus percentage of sales repurchased and net debt repaid yield.

By Trion Contributor

IO DATA、Wi-Fi ac対応のDVDミレル「DVRP-W8AI2」を発表 – ガジェット通信

I-O DATA は 11 月 22 日、スマートフォン・タブレット向けの DVD ドライブ「DVD ミレル」の新モデルとして、Wi-Fi 5GHz 帯(IEEE802.11 ac)に対応した「DVRP-W8AI2」を 11 月末に発売すると発表しました。DVD ミレルは Android / iOS を搭載した端末で使用できるワイヤレス転送タイプの DVD ドライブです。既存モデルは 2.4GHz 帯のみをサポートしていましたが、DVRP-W8AI2 は 5GHz 帯(IEEE802.11 ac)をサポートしたため、従来モデルよりも安定して CD や DVD を鑑賞できるようになりました。書き込み時のデータ転送も速くなるかもしれません。DVRP-W8AI2 は専用アプリ(DVD ミレルや CD レコ)を使って CD / DVD を鑑賞することのほか、CD-R/RW や DVD-R/RW にデータを書き込むこともできます。また、専用アプリには VR モードが搭載されており、「ハコスコ」などの Cardboard v2 に準拠した VR ヘッドセットを使用すると、シアターモードで DVD を鑑賞することができます。VR 視聴はエプソンの「MOVERIO」でも可能です。DVRP-W8AI2 本体は USB で電源を取りますが、モバイルバッテリーでの起動もサポートしているので、屋外や車の中で DVD を鑑賞することも簡単です。Source : I-O DATA

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