KA-W201 is a typically welcome model for corporate servers customers for appeal of business style and size, it can host good numbers of HDD and optical drives togther in its solidly built compact chassis. It has good ventilation with large cooling fans option, security lock and can fit all sizes of P4/Dual core or Dual Xeon M/B
Details KA-W201

Other suitable cases also see:

KA-133BA

KA-496

KA-233B

See also

KI-S411 (4U)

KI-S401S (4U Short Form )

KI-S207LP (2U Dual CPU)

KI-S200LP (2U Short Form)

KI-S106

Server Redundant PSU:MRG-6500  (500x2) / MRM-6650  (650x2) / MX35750 (750x3)

Other server EPS server PSU available

FSP-550 550W

FX-700 700W

PSL-6800P 800W

They are suitable for all our ranges of server cases.

HDD RAID Modules

X Rack (SATA and SAS trayless mobile rack to swap HDD in a

More information

Promise Technology

Disk to Disk back up

ISCSI storage

Database, email and webservers

Video recording, surveillance systems.

Fortune Tec is offering the following RAID related products for you to choose from.

A:

Fortune Tec is not an "order taking" company where the sales staff only reconizes the product code and price, with them if you do not know what you are buying or how to use it, "BAD LUCK" !

But with Fortune Tec the story is totally different,  we always wish to have "good talk" first with our customers to make sure you are getting the right products, right info at right price or otherwise at least point you a right direction before you go ahead with orders, we will also discuss with you for your alternative choices to suit your particular circumstances if needed to. We do not depend on luck to make things work neither do we wish our customers to do so. Of course, as most our customers are already satistified with what they have been getting from us and need no further assistance, we will just have your orders or requests processed promptly.

Fortune Tec also keep our customers updated on line through our E News Letters in regard to what is the latest available within our related field, and we welcome your inquiry and discussion, on products side, we normally have wide range stocks of parts and accessories available in case you need bits and pieces for your jobs.

A:
There are growing number of PSUs offering modular power sockets rather than a stack of cables coming out of the unit, These are great from an aesthetic viewpoint, allowing you to keep wiring tidy, but electrically, as with any connector, they are another failure point. If the plug isn't making a perfect connection, resistance in the connection could cause poor quality power reaching your PC, increasing the risk of system instability, and the connector itself can eventually burn out. This is true of any PC power connector, which is why we prefer as few connectors as possible. __________(Quoted from PC User magazine P60 Mar. 2006)

However, modular PSU is not a bad idea if you do not want to see cables twisting around inside of the case. It may not worth your time for most people to consider seriously when you look for a PC, we will rather see you check if you are getting a good quality of PSU instead

A:

Customers who are normally selling low end products will argue that as long as we can mount the motherboard, the Hard Disk Drive and a CD...... in the case to make a system then it's a good case. But really, do you think so, honestly?

Based on our many years of experience, it is absolutely wrong. Yes, no matter which case you buy you will normally have no problem physically to fit those items. But, is it "good enough"?

1^st We need to consider EMI (Electro Magnet Interference) and whether the case has good shielding to prevent the computer interfering with other devices (especially sophisticated equipment that is used in professional places).

Most of the advanced nations around the world will have very strict EMI/EMC regulations on electronic products in their country (related info can be obtained easily from the Internet).

2^nd Solid supporting structures for CPU, M/B, power supply and HDD..,.. Don't forget some CPU’s with heat sinks are very heavy. If any of these parts vibrate (the HDD and CPU’s have a very low vibration tolerance) even slight vibration could cause permanent damage to the computer.

3^rd Cooling. Now we all talking about Intel Dual Core extreme systems and AMD 64 extreme systems at high speed true 64 bit operations. Really they are hot enough to fry an egg. You need a very good cooling design in the case for them to "live in" or they "die".

4^th A well finished case does not just look good and fit better with your life style, but can also avoid cutting your fingers during handling assembly.

OK, after reading all you are saying about good cases, I finally agreed with your recommendation to use a good quality well built case, but how about prices?

These days due to harsh competition, the price gap between good and poor quality cases and with good and poor quality power supplies is really not great.

By Mathematical calculations, these small money gaps divided by the performance you expect + good EMI shielding + easy assembly + non- finger-cutting quality finish + good cooling + all other advantages = "0".  

We often hear people say, I have bought this cheap power supply, the quality is "not bad"..., "it works", I am wondering if "it works" does any harm to your system or risks a sudden data loss.

A reliable well performing computer requires a constant, good quality, not-stretched power to supply to the motherboard, the CPU, the Hard Disk Drives and other peripherals... There can be no hic-cup allowed to happen on any of these parts. A cheap… "it works" power supply is just barely handling the situation…. not controlling the situation. If it barely works (meets your requirements) then it could be "the straw that breaks the camel’s back". It may be OK when new, but, remember, an 'it works" power supply may suddenly become "it doesn't work" because of any little extra load or change or from ageing.

A:

This is an easy yet difficult question to answer but the golden rules are there.  Fortune Tec has been involved with manufacturing and distributing computer power supplies for many years, and we know how to make the power supply run well particularly in Australia. The following are some of the important tips for you to use to judge with your own hands and eyes.

Tip 1.

Weight, please pick it up to see if it is comparatively heavy or flimsy and light. Generally the heavier the better. Flimsy means bad.

Tip2.

Labeling. Look for the one bearing Australia C tick marks as well as all other international safety / EMI compliance (eg TUV CSA, Namco, UL, FCC, VDT...) marks.

Tip3.

Do not go too cheap. Every power supply has its reasonable price range in the market place. If you are being offered very cheap prices, generally speaking, just like the old saying - "there is no free lunch" it could be a relabeled model by simply bulging up the output rating to entertain your eyes only.

Tip4.

Look at the internal AC and DC cables, they need to be reasonably "thick" not "light or thin". The AC and DC current needs to travel on good free-ways, not small alleys. Small alleys generate heat not speed.

Tip5.

Purchase from a reliable source that you have known (eg; Fortune Tec)

Fortune Tec has pre-selected quality power supplies for the Australian market to better suit the environment and electricity characteristics in Australia. We normally have higher then average AC voltage (up to 260 V) compared to most other nations' 220 / 110 volt supplies and we also have high temperatures (up to 45C) in our summers. We consider these factors when designing and selecting our power supplies for the Australian market. Using higher heat resistance and wider voltage range and capacity components are essential for a good power supply in Australia.

With our power supplies, we have taken seriously the requirements to ensure your peace of mind.

Q:SAS (Serial Attached SCSI)?

1. Why was Serial Attached SCSI developed?

SAS was developed to address I/O and direct attach storage requirements that traditional SCSI cannot meet. It provides universal interconnect with SATA, while offering logical SCSI compatibility along with SCSI reliability, performance and manageability.

2. How will Serial Attached SCSI benefit the storage industry?

SAS leverages the proven SCSI technologies that customers expect in data center environments, providing robust solutions and generational consistency. It is based on a serial interface, allowing for increased device support and bandwidth scalability, as well as reducing the overhead impact that challenges today's SCSI storage environments. It utilizes SATA development work on smaller cable connectors, providing customers a downstream compatibility with desktop class ATA technologies.

Simplified routing enables a new generation of dense devices such as small form factor (SFF) hard drives, permitting storage solutions to scale externally.

3. What are the end-user benefits of Serial Attached SCSI?

Key end-user benefits include enterprise class robustness, investment protection in compatible SCSI software and middleware and the choice of direct-attach storage devices (SAS or SATA) in a single SAS system. In addition, longer cabling distances, smaller form factors and greater addressability will lead to a new level of flexibility when deploying mainstream data-center servers and subsystems. SAS is based on the foundation of the industry-leading SCSI specification and as a result, reliability, familiarity and peace of mind will satisfy user's needs for continuity in the data center.

4. What are the estimated costs of Serial Attached SCSI solutions?

It is anticipated that SAS solutions will not exceed current SCSI pricing.

5. Are Serial Attached SCSI connectors compatible with those of SCSI server and storage solutions?

No, they are not compatible, as SAS connectors are much smaller than SCSI connectors.

6. Is Serial Attached SCSI complementary to Serial ATA?

SAS complements SATA by adding dual porting, full duplex and device addressing, plus it offers higher reliability, performance and data availability services, as well as logical SCSI compatibility. STA will continue to enhance these metrics as the specification evolves, including increased device support and longer cabling distances. SATA is targeted to cost-sensitive non-mission-critical desktop storage environments. Most importantly, SAS and SATA are complementary technologies based on a universal interconnect, where SAS customers can choose to deploy cost-effective SATA drives in a SAS storage environment