Fully operational during COVID-19 with fast shipping & same-day quotes: Live Chat [email protected] 800-932-0657

Linux on IBM Power

Linux has become a popular and reliable open source platform that many people use to run the operations of their business. Indeed, people are increasingly relying on Linux applications due to their flexibility, cost-effectiveness, and innovation. To gain an even more significant competitive edge, companies are turning to IBM to power their Linux platforms.

Linux on IBM power is an engine for maximizing workloads, reducing costs, and improving reliability. More businesses are realizing that IBM powered Linux systems are the key to better customer service, more responsive business applications, and an increased ability for the business to meet its rapidly evolving needs. The following are core benefits of running Linux on IBM power.

Savings in many different ways

Using IBM to power Linux systems poses savings in terms of cost, energy, and the environment. Currently, many businesses use single-purpose Linux servers that tend to be either underutilized on a daily basis, or incapable of handling heavy loads when businesses need it most.

A better model for saving on operational and energy costs is to use a single, yet larger system. Rather than multiple smaller Linux servers, a single IBM server can be devoted to running Linux applications. These more efficient IBM servers are capable of increasing their utilization rate by more than 60% while lowering operational costs. In addition, these powerful servers also result in lower energy consumption by businesses, leading to a higher return on investment.

To maximize operational efficiency, IBM servers are capable of sharing processors and memory capacity between client partitions in the same server. In this way, all available physical resources are put to good use even during peak power times.

A lower level of risk

A highly reliable and efficient Linux system results in the reduced risk of downtime by businesses. Linux and its IBM counterpart both run on a RISC platform, one of the best in the industry at the moment. Therefore, the IBM server provides an energy efficient and reliable platform upon which Linux applications can efficiently run with minimal energy consumption. By focusing on power consistency, increased virtualization capabilities, and technology that is focused on value, the IBM powered Linux platform is hard to compete with.

Another way in which the IBM power reduces risk is by keeping Linux applications running 24/7. The server also implements a predictive maintenance model that detects and responds to problems before they even arise. This includes identifying specific issues that are prone to failure before they occur, restarting workloads without disrupting the functioning of the application, and an in-built ability to self-heal.

Better responsiveness and service delivery

A top concern for any business is to respond to customer needs in a timely fashion. The IBM powered Linux platform makes it possible for businesses to significantly improve their services delivery. The ability for these servers to increase their capacity on demand, boost memory functioning, and easily adjust usage, makes them truly stand out in the IT sector.

For example, the server is capable of creating micro-partitions that can handle low applications. In this way, the processor can devote more resources towards higher traffic Linux applications that are critical for customer satisfaction.

In a world where we need to become increasingly interconnected, IBM powered systems facilitate the sharing of information and resources across disparate systems in order to fuel efficiency and productivity in a business’s operations.


Technology Trends for Telecom in 2018

The telecommunications sector continues to play a significant role in multiple areas of daily life. From facilitating social interactions to fuelling business transactions, telecom is here to stay. Advancements in technology have led to significant innovations that are expected to shape the telecom industry moving forward.

The 2018 trends in telecom are moving towards increased social participation, advancements in infrastructure, and better solutions for businesses. Here is what we can expect in the telecom space in 2018 and beyond.

The rise of Artificial Intelligence

Artificial Intelligence has significantly influenced the operational framework of multiple industries, and the telecom space has not been left behind. Indeed, we can expect AI to enhance how telecom services are delivered on a daily basis. Through AI, services will become increasingly personalized and the customer experience will become much improved.

In addition, the use of automation and analytics in conjunction with AI will ultimately enable users of various telecom technologies to enjoy increased efficiency and more opportunities for growth.

Higher speeds and more complicated products

As the needs of people and businesses within the communications space continue to expand, the telecom sector will be faced with the challenge of improving the speeds of devices and connections. For example, businesses will need to equip their devices with higher speed internet connections to facilitate advanced technologies such as VoIP and IoT devices.

As telecom technologies continue to become more complicated, users will be faced with the challenge of simplifying user interfaces in order to get the best out of their devices. We can expect the telecom industry to develop technical products that take advantage of new technologies but at the same time are easy to use.

AR and VR is expected to fuel the growth of mobile data

With the increased usage of augmented and virtual reality in current communication devices, we can expect these technologies to fuel a more efficient and reliable mobile data network. Both AR and VR require a lower latency along with higher bandwidth as well as edge computing.

A top concern for telecom operators moving forward will be their ability to develop deep network analytics and other capital expenditures that will provide a framework for mobile data to become more reliable.

The Internet of Things

The Internet of Things has revolutionized many different industries. In the telecom space, IoT technologies are expected to have an even greater influence. This is because communication devices need to share information in real time in order to facilitate the operational efficiency that IoT poses.

In addition, network operators will be faced with the decision to become either platform providers or resellers of IoT devices. Moving forward, operators will also have the opportunity to collaborate with global IoT facilitators in order to develop interconnected platforms that adhere to specific industry verticals (such as the manufacturing, industrial and aviation space).

The rise of 5G

With 5G being in its advanced stages of implementation, players in the telecom industry are expected to pioneer the use of 5G in both mobile technologies and other devices. 5G is expected to be faster and more reliable, and operators will leverage this new platform to lead the movement on more reliable telecom devices.

2018 is a promising year for the telecommunications sector. With the use of AI, higher speed and more complex devices, as well as the IoT, players in the telecom space are expected to develop more customized user experiences as well as more reliable communication platforms.

HP BL460c Gen 9 vs. Gen 10

The HP Gen X line of servers are industry leaders in accelerating data center performance and managing hybrid workloads. If your business is looking to boost performance, maintain scalable options and handle virtualization capabilities with increased efficiency, the HP BL460C Gen 9 and Gen 10 servers are a top choice.

When it comes to making a choice between these two high-end servers, there are several important factors to consider. Let’s look at a side-by-side comparison:

Model BL460c Gen 9 BL460c Gen 10
Processors Up to two Intel® Xeon® processor E5-2600 v3 or v4 product family Up to two Xeon® Scalable processors – 3100, 4100, 5100, 6100, and 8100 series. Up to 150W
Memory Maximum (LRDIMM). 2TB (16 x 128GB) up to 2400MT/s at 1.2V Maximum (LRDIMM) 2TB. 16 x 128GB up to 2666MT/s at 1.2V
I/O Slots I/O mezzanine cards: 2 x PCIe 3.0 (x8) mezzanine cards I/O mezzanine cards: 2 x PCIe 3.0 (x16) mezzanine cards
RAID Controllers Internal controllers: PERC S130 (SW RAID), PERC H330, PERC H730, PERC H730P One (1) HPE Smart Array P204i-b 12G SAS modular Controller with 1GB Flash-Backed Write Cache (FBWC), or HPE Smart Array S100i SR Gen10 SW RAID
Max Internal Storage Hot Plug SFF SAS. Up to 7.68TB (2 x 3.84TB) Hot Plug SFF SAS. Up to 7.68TB (2 x 3.84TB)
Drive Bays 2 x 2.5" PCIe SSD’s 2 x 2.5" SAS/SATA (HDD/SSD), NVMe SSD

Business Agility and Workload Management

Today’s businesses are in most need of agility, flexibility, and scalability. Indeed, the needs of customers and the business can change rapidly and at a moment’s notice. That is why the HP gen 9 comes with the ability to offer value across multiple workloads.

With businesses operating in an environment that requires low costs, faster computing times and rapid innovation, the HP BL460c Gen 9 is capable of managing a variety of workloads without adding costs to your bottom line. The Gen 9 contains the appropriate storage capacity for varying workloads such as simple computing and virtualization. The HPE OneView platform makes it even easier for the Gen 9 to accelerate IT service delivery while boosting performance.

As the business environment continues to become fast-paced, the HP BL460c Gen 10 server has what you need to keep up. With its 16GB HPE Persistent Memory, there are only a few workloads that this server cannot handle. In fact, the Gen 10 features a drive improved economics framework that results in a 75% reduction of licensing costs. Simply put, the Gen 10 keeps you up to date with emergent IT infrastructure.

Performance Capabilities

The HP BL460c line of servers does not compromise on performance. In fact, the HP Gen 9 is equipped with an Intel Xeon E5-2600 v4 processor that is capable of boosting performance levels by 21% from previous models. And with an HPE DDR4 memory capacity that has 2400 MT/s, the throughout ability of the Gen 9 is increased by up to 33%. If you have a power hungry data center, you need not look further than the HP Gen 9.

If you’re managing data resilient centers and highly analytical workloads, the HP Gen 10 server is a top choice. In addition to its previously mentioned 16GB HPE memory capacity, the Gen 10 also boasts the latest Intel Xeon Processor that is scalable with up to 26 cores. It also features 12Gb SAS and up to 2Tb of smart-memory. This means that its performance is unrivaled for a data center of any size.

Versatility and Scalability

The HP ProLiant Gen 9 maintains versatility for your data center in two main ways. First, its storage options that feature HPE Smart Arrays, smart host USB adapting, and B140i Controllers make memory capacity superior for this server. Secondly, its pass-through cards (particularly NVMe) enable an improved TCO to handle a range of workloads.

The HPE ProLiant Gen 10 Server does not compromise on versatility either. It features the highly innovative HPE Virtual Connect Enterprise Software that enables efficient migration from legacy systems to HPE OneView 3.0 and later platforms. If your data-center is lagging behind and needs an upgrade, the Gen 10 is definitely the way to go.

Wrap up

When making the choice between the Gen 9 and gen 10 server, it comes down to your preferences in workload management, memory capacity, and scalability. Another factor is price per performance, with the M630 being one generation older and offering a lower cost and a great value. However, if you need and can afford current technology, the M640 would be best choice. The experts atSource Tech have been specializing in servers for over 20 years and can help you make the best choice for your business needs. Contact us today.

Dell PowerEdge M630 vs M640

Dell has been well known for their ability to produce high-quality servers that can run the most demanding workloads for businesses. The Dell PowerEdge M630 and M640 are both high-end blade servers that are built with performance, efficiency and automation in mind.

When choosing between the M630 and M640, there are several important factors to consider. Let’s look at a side-by-side comparison:

Product Image
Form FactorHalf-height blade with up to 16 nodes in a 10U M1000e chassis; up to four nodes in a VRTX chassisHalf-height form factor. Up to 16 half-height Dell M640 server nodes can be installed.
DimensionsH: 197.9 mm (7.79 in), W: 50.35 mm (1.98 in), D: 564.9 mm (22.2 in)D: 544.32 mm x W: 50.35 mm x H: 197.9 mm (Handle push in)
D: 564.87 mm x W :50.35 mm x H: 197.9 mm (Handle pull out)
ProcessorsUp to 2 Intel® Xeon® processors E5-2600 v4 product familyUp to two Intel® Xeon® Scalable processors
MemoryUp to 1.5TB (24 DIMM slots) DDR4 up to 2400MT/sUp to 2TB (16 DDR DIMM slots) up to 2666MT/s
Drive Bays/StoragePowerEdge Express Flash NVMe PCIe SSD, SATA HDD/SSD or SAS HDD/SSD 4 x 1.8" SSD. 2 x 2.5" PCIe SSDsFront: Up to 2 x 2.5” SAS/SATA (HDD/SSD), NVMe SSD, max 12.8 TB
I/O Slots2 x PCIe 3.0 (x8) mezzanine cardsNetwork daughter card options
2 x 10GE + 4 X 1GE, 4 x 10GE
RAID ControllersPERC S130 (SW RAID), PERC H330, PERC H730, PERC H730P Software RAID S140, PERC9 H330, H730P
Operating SystemsMicrosoft® Windows Server® 2016
Microsoft Windows Server 2012 R2
SUSE® Linux Enterprise Server
Red Hat® Enterprise Linux
VMware® ESXiTM
Canonical® Ubuntu® LTS
Citrix® XenServer®
Microsoft Windows Server® with Hyper-V
Red Hat® Enterprise Linux
SUSE® Linux Enterprise Server
VMware® ESXi
Systems ManagementDell OpenManage Essentials Dell
OpenManage Mobile
Dell OpenManage Power Center
OpenManage Enterprise
OpenManage Essentials
OpenManage Mobile
OpenManage Power Center
Remote ManagementiDRAC8 with Lifecycle Controller
iDRAC8 Express
iDRAC9 with Lifecycle Controller
iDRAC Direct
iDRAC REST API with Redfish
Chassis Management Controller (CMC)
Request A Quote On A Dell M630 >

Request A Quote On A Dell M640 >

Achieving high data center performance

Data center performance is often tied closely with memory capacity. The Dell PowerEdge M630 boasts an advanced memory capacity of 24 DDR4 DIMM slots, and up to 4 SSD drives. This gives the server enough capacity to handle High Performance Computing. In addition, its Intel Xeon E5-2600 v4 processor makes the M630 rank highly in performance capabilities for your data center.

If you desire a scalable and high-performance server that can handle a variety of workloads, the PowerEdge M640 is a top choice for you. From its build quality and design, the M640 is a performance workhorse. Its outside architecture features a blade server chassis that allows users to get up to 16 Intel scalable dual-socket compute nodes.

This means that you can easily scale up your workloads to handle HPC, Anything as a Service requirement (XaaS), and even cloud applications. As more businesses seek to switch to the cloud to handle critical business processes, the XaaS and cloud computing capabilities of the M640 offer your data center this much-needed capability.

Managing workload capacity

Both the Dell PowerEdge M630 and M640 servers are capable of managing flexible and scalable workloads. They offer flexible memory options and scalable nodes that make it possible for your data center to handle any surges in capacity.

The M630 is able to achieve this scalability primarily through its flexible memory options and bandwidth capability. The M630 offers Dell network adapters that are capable of offering speed, fabric, and vendor that is associated with data center workloads. With these options, you can tailor the server to handle precise workloads according to the specific bandwidth requirements.

Managing workload capacity on the PowerEdge M640 involves a combination of automation, architectural design, and processing power. The 16 Xeon Scalable nodes on the M640 are all housed in a single chassis that compacts power into a highly convenient design. In addition, its half-height construction makes it easy to fit into data centers with tight spaces and high computing requirements.

Automation capabilities

What sets the Dell PowerEdge servers apart is their ability to incorporate automation. The intelligent Dell OpenManage System provides the framework for remote access, virtual environments, and automation of routine tasks by administrators.

Starting with the Dell M630, its OpenManage framework features a systems management portfolio that can integrate with third-party solutions. It also allows for remote monitoring capabilities from a smartphone, tablet or other mobile devices.

And just when you thought automation couldn’t go any further, the PowerEdge M640 came along. It allows for a choice of collective or individual management of servers all via the Dell automation platform (Dell EMC Chassis Management Controller). The Dell EMC platform is compatible with OpenManage to achieve essential automation capabilities such as control from mobile applications or receipt of hardware alerts from anywhere and at anytime.

Wrap up

Ultimately, the choice between the Dell PowerEdge M630 and M640 is a consideration of performance capability, budget, workload management and automation. If you desire advanced memory capabilities, a simple design, and easy to customize interface/workloads, the M630 is the server for you. Another factor is price per performance, with the M630 being one generation older with a lower cost and great value. However, if you prefer a server with a flexible and scalable architecture, high density, and an emphasis on automation and data security – the PowerEdge M640 is the server of choice. Source Tech have been specializing in servers for over 20 years and we can help you make the right choice for your business. Contact us today.

The Environmental Benefits of E-Waste Recycling

Improper disposal of electronic waste (e-waste) can have serious consequences for the environment. Yet, most businesses are unaware and send their old computers, monitors, printers and other electronic devices to be placed in landfills or incinerated. In fact, according to the EPA, only 12.5% of worldwide e-waste is recycled.

Why Businesses Need responsible e-waste recycling

e-waste recycling is a viable “green” solution to eliminate the harmful effects of e-waste disposal that will protect your company from costly EPA fines and penalties, and most importantly help the environment.

According to the EPA, The United States produces more e-waste annually than any other country. In fact, Americans throw away 9.4 million tons of electronics each year. This means more chemicals and metals, such as lead are seeping into our ground and harming our natural resources. This is a global issue that can be solved if each business does its’ part.

Not all e-waste recyclers are the same

There are responsible ways to recycle e-waste, and then there are companies that simply export the waste to other countries. Rather than monitoring the recycling of the e-waste in these developing countries, many businesses have residents disassemble waste and use scrap metal, exposing the workers to toxic materials. That’s why it’s paramount to partner with an e-waste recycling company that has been vetted through e-stewards.org.

Enjoy peace of mind knowing that our recycling partners are e-Stewards certified e-recyclers that adhere to a strict no landfill and no export policies. To learn more about e-waste recycling for your business, simply contact us or call 800-932-0657 with information on your inventory of products. We’ll promptly respond with an estimate for the value of your e-waste. If you decide to proceed we’ll arrange shipping of your equipment and provide you with an auditable report that your data was destructed. The process is simple and you’ll be helping the environment!

Your Old Computers and IT Equipment May Be Worth More than You Think

When it comes time to upgrade your computer, you’ll be happy to know that you may have a valuable asset that can help offset the cost: your old equipment! Many people view old PCs, monitors and related equipment as destined for the landfill or, at best, as items to be given away for free. If you happen to share this view, the experts at SourceTech beg to differ.

Many older pieces of equipment, such as: Dell PowerEdge Servers, HP Proliant servers or Dell/EMC storage devices can still have trade-in market value. Developers can use old servers for testing and development. Other uses are repurposing servers as storage devices or firewalls.

The market for rare and vintage computer equipment is thriving, but even seemingly standard equipment may have significant resale value as the online market for pre-owned technology continues to expand. Computers, mobile devices and even peripherals often spawn niche markets once they go out of stock, with prices increasing as supply levels dwindle.

According to the The Wall Street Journal, "Old computers… are becoming hot collectibles." An article titled "How Much Is That PC in the Attic" states that there is "a vibrant market now for anything from full computer systems to vintage console games and even magazines, and prices are rising by the year."

Just note before selling your old devices it’s a good idea to wipe the drive clean, using a drive erasing tool. Here’s more information on how to securely erase your hard drive: http://www.zdnet.com/article/how-to-securely-erase-hard-drives-hdds-and-solid-state-drives-ssds/

To properly ascertain the value of your old equipment, nothing beats an expert assessment. So, before you dispose of your outdated IT equipment, or trade it in for scrap, speak to the experts at SourceTech. Simply contact us or call 800-932-065 with the manufacturer and model numbers and we’ll tell you what your equipment is truly worth. You may be pleasantly surprised!

Dell PowerEdge R640 vs R740

The Dell PowerEdge line of servers are industry favorites and among the most effective at managing data center workloads. These servers combine excellent memory capacity, superior application performance, and data security to keep your everyday business functions running smoothly.

Two new models in the PowerEdge line are the Dell R640 and the Dell R740. The PowerEdge R640 is built for performance and optimal data center density. This means that processing hefty workloads will be made easier, effectively catering to evolving business requirements.

In comparison, the Dell R740 is a supreme workload accelerator. It is optimized for application performance and storage scalability, providing the resources necessary to provide power to the most demanding business environments.

Use the table below to compare and contrast the different specifications between the R640 and the R740.

ProcessorsTwo Intel® Xeon® Scalable processors, up to 28 cores per processorTwo Intel® Xeon® Scalable processors, up to 28 cores per processor
Form Factor1U rack2U rack
Memory24 DDR4 DIMM slots, Supports RDIMM /LRDIMM, speeds up to 2666MT/s, 3TB max
Up to 12 NVDIMM, 192 GB Max
Supports registered ECC DDR4 DIMMs only
24 DDR4 DIMM slots, Supports RDIMM /LRDIMM, speeds up to 2666MT/s, 3TB max
Up to 12 NVDIMM, 192 GB Max
Supports registered ECC DDR4 DIMMs only
Drive Bays/StorageFront drive bays
10 x 2.5” SAS/SATA with up to 8 NVMe SSD - 58TB or up to 10 NVMe drives - 64TB
4 x 3.5” SAS/SATA HDD - 48TB

Rear drive bays:
2 x 2.5” - SAS/SATA, NVMe SSD - 12TB
16 x 2.5” - SAS/SATA - 61TB
8 x 3.5” - SAS/SATA - 96TB
Storage ControllersInternal controllers: PERC H330, H730p, H740p, Software RAID (SWRAID) S140
Boot Optimized Storage Subsystem: HWRAID 2 x M.2 SSDs 120GB, 240 GB
External PERC (RAID): H840
12Gbps SAS HBAs (non-RAID): External- 12Gbps SAS HBA (non-RAID), Internal- HBA330 (non-RAID)
Internal controllers: PERC H330, H730p, H740p, Software RAID (SWRAID) S140
Boot Optimized Storage Subsystem: HWRAID 2 x M.2 SSDs 120GB, 240 GB
External PERC (RAID): H840
12Gbps SAS HBAs (non-RAID): External- 12 Gbps SAS HBA (non-RAID), Internal- HBA330 (non-RAID)
I/O SlotsNetwork daughter card options
4 x 1GE or 2 x 10GE + 2 x 1GE or 4 x 10GE or 2 x 25GE
Front ports: Video, 1 x USB 2.0, available USB 3.0, dedicated IDRAC Direct USB
Rear ports: Video, serial, 2 x USB 3.0, dedicated iDRAC network port
Video card: VGA, NVIDIA NVS310 available as PCIe card
Up to 3 x Gen3 slots, all x16
Network daughter card options
4 x 1GE or 2 x 10GE + 2 x 1GE or 4 x 10GE or 2 x 25GE
Front ports: Video, 2 x USB 2.0, available USB 3.0, dedicated IDRAC Direct Micro-USB
Rear ports: Video, serial, 2 x USB 3.0, dedicated iDRAC network port
Video card: VGA
Riser options with up to 8 PCIe Gen 3 slots, maximum of 4 x 16 slots
Embedded ManagementIPMI 2.0 compliant
iDRAC9 with Lifecycle Controller (Express, Enterprise)
Quick Sync 2 wireless module optional
IPMI 2.0 compliant
iDRAC9 with Lifecycle Controller (Express, Enterprise)
Quick Sync 2 wireless module optional
OpenManage™ SoftwareOpenManage Enterprise
OpenManage Essentials
OpenManage Mobile
OpenManage Power Center
OpenManage Enterprise
OpenManage Essentials
OpenManage Mobile
OpenManage Power Center
Integrations & ConnectionsIntegrations: Microsoft® System Center,
VMware® vCenter™, BMC Software
Connections: Nagios & Nagios XI,
Oracle Enterprise Manager,
HP Operations Manager, IBM Tivoli Netcool/OMNIbus,
IBM Tivoli® Network Manager,
CA Network and Systems Management
Integrations: Microsoft® System Center,
VMware® vCenter™, BMC Software
Connections: Nagios & Nagios XI,
Oracle Enterprise Manager, HP Operations Manager,
IBM Tivoli Netcool/OMNIbus,
IBM Tivoli® Network Manager,
CA Network and Systems Management
Supported Operating SystemsCanonical® Ubuntu® LTS
Citrix® XenServer®
Microsoft Windows Server® with Hyper-V
Red Hat® Enterprise Linux
SUSE® Linux Enterprise Server
VMware® ESXi
Canonical® Ubuntu® LTS
Citrix® XenServer®
Microsoft Windows Server® with Hyper-V
Red Hat® Enterprise Linux
SUSE® Linux Enterprise Server
VMware® ESXi

Optimizing Application Performance

The Dell R640 is capable of providing superior application performance by using only a 1U chassis. The architecture of the server is geared towards optimum flexibility, where plenty of data storage options are left available for expansion. With the server, you can combine up to 24 DIMM’s (up to 12 of which can be NVDIMM’s) where each has either a 2.5inch or 3.5inch drive. All this capacity is housed within a compact 1U chassis, providing superior performance in a compact and flexible design.

The server also comes equipped with an Intel Xeon SP processor, which provides an increase of 27% in processing cores and a 50% increase in bandwidth.
The Dell R740 is the next level in performance capabilities within a 2U chassis. Its workload acceleration is propelled by the scalable GPUs and drives that it contains. The R740 is capable of scaling up to three 300GPU’s or six 150W GPUs.

Automation of core functions

On the R640 servers, the Dell OpenManage platform makes it possible for this line of servers to automate routine and everyday tasks. It combines intelligent processing, agent-free management, and sync capabilities to offer flexible control from multiple devices. In addition, the server comes equipped with the new OpenManage Enterprise control that offers customized reporting.

The PowerEdge R740 also comes equipped with the Dell OpenManage portfolio. On this server, the automation capabilities of OpenManage end up freeing plenty of space and time for other more tasking projects on the server.

Ability to maintain data security

The Dell PowerEdge servers are built with security at the core of their life cycle. The Dell R640 is able to leverage key security features that enhance protection and the delivery of accurate data to your customers. These features include an integrated secure boot along with cryptographically singed firmware packages, a server lock-down feature that prevents unauthorized or malicious changes, and a secure component supply chain that provides data protection from the factory to the data center.

Because these security standards are built into every Dell PowerEdge server, the R740 contains much the same security features as the R640. However, with the R740 being a workload powerhouse, the data safety via secure boot and the prevention of unauthorized access are even more critical.  The server is also equipped with the Quick Sync 2 feature for safe and reliable wireless management of data. Combined with advanced memory capabilities, the R740 can handle taxing workloads without the user worrying about data security.

Wrap up

When choosing between these two top-end servers, your decision may ultimately come down to balancing between performance and budget. At Source Tech, we stock both the Dell PowerEgde R640 and R740 servers. We have been specializing in servers for over 20 years and we can help you make the right choice for your business. Contact us today.

How Digital Transformation Can Benefit Your Small Business

We hear it around us all the time; the importance of digital transformation for businesses. Everyone is talking about the benefits that digital solutions offer for reducing operational costs, increasing efficiency, and better management of company data. Yet, many small businesses mistakenly think that digital transformation is not for them, or they are too slow to implement the solutions. Enterprise companies with expansive budgets are typically faster to employ new, digital solutions. But, it’s even more important for smaller companies to understand that digital transformation can also greatly impact their organization.

Here are the top reasons why small businesses stand to benefit from the digital transformation:


Automation is a direct result of digital transformation strategies in small businesses, allowing a company to redirect the focus of employees towards more important tasks. It also enables the business to shift resources towards revenue generating activities and more efficient operations.

As your small business becomes increasingly automated, it also collects critical information regarding customers, business operations and other relevant areas. This data can then be analyzed and used to make revenue-generating decisions.

Big Data

With digital transformation, small businesses can implement better data management strategies. At the core of digital transformation is the use of advanced technologies that collect and analyze data across the entire business. This data includes market share, customer trends, and competitor information.

Digital transformation technologies include software platforms that can collect and analyze this data in real time. The end result is the production of data reports that can be used to drive sales and implement more effective marketing strategies.

Going Paperless

When your business gets rid of the tons of paperwork that it uses in its daily operations, it can greatly cut on costs and improve the quality of its data. Rather than filling out manual data sheets, mobile data solutions can be used by employees to input data and transmit it to a central location for analysis. This results in fewer errors and omissions that would otherwise cause delays.

When your business goes paperless, it can improve its ability to communicate effective across various departments, and enhance collaboration.

Cloud Solutions

At the heart of digital transformation lies the ability for your business to implement cloud solutions such as Microsoft office 365, Amazon cloud services (AWS) and Quickbooks online. These cloud solutions integrate company data to a central location and enable employees to access data anywhere, anytime. This leads to greater collaboration among team members, increased efficiency, and more productive work processes.

With cloud solutions, your business can become more flexible. Employees can access important data from remote locations and remain productive even during trips and travel sessions. Your business can also collaborate in real time with other companies in multiple geographic locations when necessary.

Customer Service

The expectations of customers are rapidly evolving. Due to advancements in technology, customers now expect faster services, better communication, reduced response times and 24/7 service availability. For your business to keep up, it needs to implement a digital transformation strategy that increases its accessibility to customers.

Digital platforms that respond more rapidly to customer concerns, process payment information and maintain an accessible communication channel are critical for small businesses. Businesses should also aim at collecting and analyzing customer information so they can understand the pain points of customers and adapt to their needs.


The Importance of Disaster Recovery and Business Continuity

As more businesses rely on integrated technology systems to facilitate operations across the entire organization, they also need to recognize the importance of disaster recovery. Businesses need to ask themselves; what will happen when our systems fail? Do we have a plan for recovering our data and restoring operations? What kinds of risks are we susceptible to within our industry?

The risk of facing an IT disaster is real. In fact, one-third of organizations have reported an incident that required disaster recovery.

Defining and IT Disaster

So what is disaster recovery and why is it so important for your business? Simply put, disaster recovery is the system/framework that your business has put in place to respond to IT disasters. Disasters involve hardware failure, cyber-attacks, human error and inclement weather. Basically, anything that would lead to your business systems not functioning.

Most businesses are not adequately prepared

The plain truth about the current environment is that most businesses are not adequately prepared to handle an IT disaster. This can be largely attributed to a disconnect between executives and IT professionals. While 70% of executives believe their organization is well prepared for a disaster, less than 50% of IT personnel hold that view.

Therefore, the first step for these businesses is to implement better channels of communication in order to enlighten their executives about the current state of affairs.

Let’s look at industrial trends

As far as disaster recovery is concerned, some industries seem to have a leg up on their counterparts. Among the industry leaders in disaster preparedness are the banking, governmental and technology sectors.

The healthcare, education and manufacturing industries seem to be lagging behind. This is as a result of slowly adopting technologies (such as in the manufacturing industry), relying on a public cloud that is prone to failure (healthcare industry), and the use of backup tapes and mirror sites as a primary backup strategy (used both in education and healthcare).

How to Prepare your Business for an IT Disaster

Adequate preparation for an IT disaster is a team effort. It involves the IT pros, executives and employees all being on the same page. Here are 3 steps to help you prepare for a disaster:

1.     Establishing DR Compliance Requirements

Your business needs to have clearly established guidelines for complying with IT standards and responding to disasters. Compliance begins with clearly established procedures that employees must follow when using company systems.

Compliance also involves properly funding disaster recovery initiatives within the organization, and outlining procedures that must be followed when a threat is experienced.

2.     Duplicate / Redundant Systems at off-site location

Acquiring duplicate, redundant systems at an off-site location can serve as excellent plan for Disaster Recovery.  These systems can be equal configuration or scaled back version to keep cost down.  This also allows for redundant system failover in the event of unexpected major hardware failure on main production system. With this approach you have DR plan covered as well as redundant system failover in event of major system failure as result of any un-planned event.

3.     Use of Hosted Disaster Recovery Solutions

Disaster Recovery as a Service (DRaaS) is a reliable solution for quickly responding to emergencies. In fact, DRaaS can enable you to recover data in near real-time over the cloud. Most Managed Service Providers (MSP’s) have expertise in disaster recovery and can manage your IT infrastructure offsite.

Therefore, using the cloud and offsite solutions as an asset for data recovery can help you quickly and efficiently resume operations after experiencing an IT disaster.

4.     Increasing Awareness about Disaster Recovery

Your business will not be able to implement the above solutions without making executives aware of the benefits. In fact, only 5 in 10 business executives are familiar with DRaaS. This awareness gap needs to be reduced in order for more businesses to acquire funding for disaster recovery efforts.

As businesses continue to recognize the importance of having a robust disaster recovery strategy, there is still a need for better communication between IT professionals and business executives. This will result in the implementation of effective disaster recovery solutions that will ensure business continuity. Speak to the experts at Source Tech for help implementing a Disaster Recovery plan for your organization.

Super-computing is now possible with HP / HPE Gen10 Servers

Businesses in data-heavy industries such as medical, science, energy, engineering and government constantly face the challenge of processing large amounts of data in the shortest time possible. Data needs to be moved around quickly and in a cost-effective manner in order to facilitate data analysis and to solve data problems. These challenges call for more efficient and powerful machines that are backed by a scalable infrastructure.

Super-computing is a solution that enables the analysis of data that would otherwise be too time-consuming and costly to analyze with standard computers. High-performance computing (HPC) technologies can enable users to overcome barriers to super-computing. These technologies facilitate and empower innovation at many different scales, enabling you to achieve the differentiation of your business, promote research, and find answers to problems in real time.

HP / HPE Gen 10 Servers facilitate Super-computing

HP / HPE Gen10 servers are designed to achieve high-performance computing through more efficient systems architecture, energy efficiency, size, and cost. The engineering and design of these servers are made with the goal of facilitating the future state of super-computing.

HP / HPE ProLiant DL360 and 380 Gen10 servers are workhorses for dense, general computing. They are dedicated for increased performance and memory expandability, making them a reliable solution for space-constrained workloads. SourceTech carries both the HP ProLiant DL360 G10 and HP ProLiant DL380 G10 servers, in stock and ready to ship to you in 1-2 business days.

HP servers enable businesses to focus compute resources towards resolving data analytics problems. They make this possible without the need for a full-scale supercomputer, thereby significantly reducing costs.

HP Gen10 servers deliver agility, economic control, and security in order to digitally transform the business. IT teams find that the HPC solutions offered by HP Gen 10 servers are ideal for super-computing in the following ways:


The need for agility lies at the heart of the IT operations of any business. IT departments need to constantly adjust CPU capacity up or down in response to automation and application deployment.

HP Gen10 servers can quickly scale up while keeping a persistent memory that is expandable to terabyte capacity. This makes automation and application deployment much easier to achieve when working with HPC.

Increased IT Security

IT security is always a primary concern among businesses. HP Gen10 servers cater to security needs by incorporating a silicon fingerprint. The fingerprint technology prevents the server from booting if an incompatible fingerprint is used to attempt access.

HP Gen10 servers also verify server security every time they boot. Any detected tampering to the firmware will trigger a rollback of the firmware to its original state. This security feature gives users peace of mind, knowing that the state of their firmware is always adequately secured.

Economic Control

HP Gen10 servers enable businesses to cut on operational costs and maximize on available resources. The servers maintain flexible capacity options and a consumption-based IT approach that allows businesses to pay only for the resources that they consume. There are also options for buffer resources, making it very convenient for users to scale up and down as necessary.

Efficiency and economic control can also be increased through leveraging capacity management and using tracking tools. Tracking tools are effective at preventing compute resources from being oversupplied.

Transform Your Business to Achieve

As businesses seek to equip their infrastructure to achieve super-computing capabilities, HP Gen10 servers enable the acceleration of this transformation. The servers provide an optimal mix of IT environments in order to facilitate the development of HPC IT infrastructure. This enables HP / HPE servers to create and promote superior super-computing experiences.

In a nutshell, HP / HPE Gen10 servers are the ultimate solution for discovering insights and trends into otherwise impenetrable information through super-computing. At SourceTech, we stock high quality and reliable Gen10 servers to cater towards your super-computing requirements. Speak to the experts at SourceTech Systems for all your server needs.