Logistics processor: What is a Logistics Processor and Why Do You Need One?
What is a Logistics Processor and Why Do You Need One?
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What is a logistics processor and why should your business care?
A logistics processor is responsible for managing the flow of goods and materials in and out of a company. They work with suppliers and customers to ensure that products are delivered on time and in the correct quantities.
Let’s take a deeper look at what logistics processors do, and why your business might need one.
What is a logistics processor?
Logistics processors help maintain your inventory accuracy and reports.
Logistics processors receive, unload freight, unpack and deliver new packages to various departments. They’re also responsible for fulfilling online customer orders and maintaining quality, packing, and shipping standards. In some cases, logistics processors may also be responsible for returns and exchanges.
Depending on the type of business they may also be expected to handle incoming and outgoing mail such as letters and deliveries for individuals within a company.
Sick of delivery issues?
Here are 10 reasons you should hire a national courier service.
Why is a logistics processor important for your business?
Logistics processors take in new inventory and make sure everything is well accounted for.
A logistics processor is an important role in any company that relies on the movement of goods to run its business. Without a logistics processor, businesses would struggle to keep track of inventory, manage customer orders and ensure that products are delivered on time.
In short, a logistics processor is an important part of keeping your business organized and on track when dealing with large quantities of incoming and outgoing deliveries. If you’re considering hiring a logistics processor, be sure to look for someone with experience in the industry and strong attention to detail. With the right logistics processor on your team, you can rest assured that your business will run like clockwork.
Look out for these common logistical issues when getting started.
What are the requirements for a logistics processor?
While logistics processors are often skilled in many areas, timeliness and organization are among the most important.
Logistics processors are familiar with inventory management systems used for scanning, processing, and researching shipments to maintain inventory control. They should be able to lift heavy boxes and read packing slips. They should also have basic math skills to calculate freight charges and verify order accuracy.
Good values to look for in a logistics processor:
- Detail-oriented
- Highly organized
- Time management skills
- Comfortable in a team environment
- A high level of ownership, accountability, and initiative
Check out the top logistics KPIs that you might track as a logistics processor.
If you’re looking for a position that offers opportunities for advancement and plays an important role in the day-to-day operations of the business, then a logistics processor is a great option to consider!
As a logistics processor, you can find great positions at companies like Nordstrom, Quest Trust Company, Brink’s, and many more.
What are the benefits of having a logistics processor on your team?
Logistics processors help you ensure that all packages in and out of your business arrive to their proper destination on time.
There are many benefits of working with a logistics processor, including:
- Reduced shipping costs: A logistics processor can help you negotiate better rates with suppliers and carriers.
- Increased efficiency: A logistics processor can streamline your operations to reduce errors and increase productivity.
- Improved customer service: A logistics processor helps you manage customer orders and ensure that products are delivered on time.
If you’re looking for someone who can help reduce costs, increase efficiency and improve customer service, then a logistics processor is an important hire.
Looking for someone to take the whole logistics process over for you?
Here are 10 advantages of outsourcing your logistics.
Whether you’re hiring, applying, or already are a logistics processor partnering with the right delivery team can make all the difference for your business.
Dropoff has helped thousands of businesses optimize their logistics processes, and delivered to millions of satisfied customers.
Talk with one of our experts to see how Dropoff can help your business.
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Logistics Processor Resume Samples | QwikResume
Logistics Processor Resume Samples | QwikResume
A Logistics Processor assists with the distribution, storage, delivery, and inspection of incoming and outgoing products. Shipping, warehouse and retail companies hire these professionals to maintain and manage the inventory of products and materials. Common activities found on the Logistics Processor Resume are – loading, and unloading newly arrived merchandise to selling departments; fulfilling customer orders, preparing and shipping customer’s orders following quality, packing, and shipping standards; utilizing inventory management systems to scan, process, and research merchandise shipments; and providing general support to the store.
While the duties vary based on the type of materials and environment, the needed skills are universally common and include the following – strong customer service skills, high level of physical fitness, attention to detail; multitasking skills, and knowledge of relevant software. Employers necessitate at least a high school diploma or GED. candidates with a forklift operation certification are more desirable to employers.
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Logistics Processor Resume
Objective : A highly self-motivated, detail orientated individual with strong leadership, communication, and problem solving skills. Ability to gather and interpret data, use cognitive thinking to find, interpret, and solve problems including the use of PC based software. Excellent time management skills allowing delivery of projects on time, exceeding expectations.
Skills : Microsoft Word, Logistics, Planning.
Description :
- Unloaded daily freight shipments.
- Fulfilled customer orders from store inventory in a timely manner following quality standards, with a high fulfilment percent and sense of urgency.
- Followed quality packing and shipping standards for all orders.
- Ensured shipping standards were met or exceeded.
- Utilised inventory management systems to scan, process, and research merchandise shipments in accordance with our inventory control processes.
- Efficiently used mobile and hand held devices.
- Assisted in maintaining clean and organising selling floors and stockrooms.
Logistics Processor Resume
Summary : Logistics Processor with 9 years of experience in Process, verify and reconcile inbound and outbound currency transactions, Completing data entry for all currency transactions, Preparing outbound currency orders and replenishment’s, Counting, verifying and reporting currency inventory daily.
Skills : Proficient In Microsoft Office, Processing Management.
Description :
- Checked processing in a secure operating environment.
- Maintained security of the vault and control access of personnel into the vault.
- Maintained all appropriate vault records including balancing the vault, balance sheets, change funds, food stamps and precious metal reports Perform item verification’s.
- Controlled the movement of shipments in and out of the vault.
- Performed evening receipt activities, which includes handling materials of significant weight.
- Resolved customer and employee vault-related issues.
- Cross-trained and covered for other vault positions as needed.
Logistics Processor Resume
Headline : Detail-oriented Logistics Processor effective at monitoring inventory levels and predicting product demand. Monitors supply levels and product marketing for optimal sales. A go-getter who thrives in a team-oriented environment, working creatively and effectively to reach company goals.
Skills : Pet Owner, Percussion Director, Microsoft Office, Leadership Training.
Description :
- Received all imported goods and checked product condition and count.
- Unpacked and delivered new merchandise to respective departments Inventory control Fulfill online customer orders.
- Quality checked then ship customer orders.
- Knowledged of inventory management systems for scanning, processing and researching shipped merchandise.
- Used mobiles and handheld devices.
- Organised stockrooms.
- Helped move fixtures during floor moves.
Logistics Processor Resume
Headline : A highly rewarding career where I can use my skills and knowledge to help the company be successful. I’m a detailed oriented, highly motivated, self-driven individual with the ability to exceed expectations with excellence. I have over 8 years of experience in the fields of Customer Service, Shipping/Receiving, Technical Support and Warehousing.
Skills : High-end Customer Service, Very Experienced Cashier, Hostess, Food-runner, And To-go Specialist.
Description :
- Received and unloaded freight.
- Unpacked, processed, and delivered newly arrived merchandise to selling departments.
- Fulfilled customer orders in a timely manner w/ high fulfillment percent and urgency.
- Prepared and shipped orders following quality, packing, & shipping standards.
- Met or exceeded delivery shipping standards.
- Utilised inventory systems to scan, process, and research merchandise shipments.
- Scanned out return to vendor items and transfers from store to store.
Logistics Processor Resume
Headline : To obtain a Logistics Processor position, utilizing my education and volunteer experience to grow and advance with a company, Ensuring compliance with Delhaize America standards in the areas of accuracy, safety and productivity, working needed schedule to perform assigned duties.
Skills : Accounts Payable, Accounts Receivable, Wordperfect, Excel, Powerpoint, Administrative Support, Data Entry.
Description :
- Met and/or exceeded delivery shipping expectations.
- Utilised inventory management systems to scan, process and research merchandise shipments in accordance with our inventory control processes.
- Ac-curated and efficient use of mobile and hand held devices.
- Unloaded and processed new merchandise.
- Added sensors to merchandise that requires it.
- Maintained and organised the woman’s shoe stockroom including running in new styles of shoes, shifting shoes to create more room, separating the various style according to color and heel height.
- Operated all material handling equipment safely and efficiently.
Logistics Processor Resume
Summary : Logistics Processor with experience and education in supply chain management, logistics management, freight coordination with an emphasis on warehousing, accounting and international business.
Exceptional work ethic. Proficient in numerous supply chain and logistics systems software.
Skills : Speak Fluent Spanish, Staff Management.
Description :
- Processed all types of inbound and outbound shipments including new merchandise, transfers, shipments to customers and vendors.
- Resolved customer order issues and rejected request.
- Approached tasks with a sense of urgency while delivering high quality work and showing accountability.
- Ensured that merchandise is processed properly and assist departments with shrinkage initiatives.
- Conducted audits and communicated all inventory inaccuracies to Merchandise Integrity Office.
- Trained all junior and seasonal staff.
- Reported all shipment shortages and damages to management Monitored selection and packing of all shipped products.
Logistics Processor Resume
Summary : Day-to-day working environment has helped me develop strong interpersonal relationships with a diverse customer base.
Strong attention to detail coupled with objective problem solving has consistently propelled me past my sales goals. I am always willing to take on an additional workload as conditions require supporting the team effort.
Skills : Customer Service, Inventory Management.
Description :
- Answered customer questions regarding store merchandise, department information and pricing.
- Translated business needs and priorities into actionable logistics strategies.
- Gathered, logged and monitored all shipping data.
- Communicated with dispatchers, warehouses and customers regarding outgoing orders.
- E-mailed suppliers, carriers and customers with shipping updates.
- Received all imported goods and checked product condition and count.
- In charged setting up all deliveries to Hill’s Plant for carriers, ensuring shipments were made.
Logistics Processor Resume
Headline : Logistics Processor with 3 years of experience in Unloading all salvage trailers returning from retail stores, Separating milk crates, milk pallets, cardboard bales, banana boxes, cigarette totes, store returns, store transfers, bread trays, and plastic bales, Separating plastic clean, dirty, and/or empty pallets.
Skills : Experienced In High Volume, Fast-paced Environment, Multi-tasks Well, Familiar With Proper Phone Etiquette, Excellent Organizer Of All Things, Microsoft Office, 52wpm.
Description :
- Maintained a healthy and clean working establishment.
- Set and achieved personal records as well and team goals.
- Processed quarterly Vault and ATM audits.
- Handled various accounting transactions.
- Employed of the month Set Processing Room Record Goal.
- Provided general support to the store, e.g.
- Set up special events, organize backroom, markdowns, and relocated store fixtures.
Logistics Processor Resume
Summary : Logistics Processor with 2 years of experience Sweep out and prepare fleet trailers for shipping departments, Loading salvage trailers with milk crates for pick up from dairy, Loading reclaim product to be shipped to reclaim center, Washing the interior of trailers, Separating, sort, and load bad pallets.
Skills : Loading, Training, Sorting.
Description :
- Separated, sorted, and loaded bad pallets.
- Loaded plastic trailers, cardboard trailers, and vendor pallets (CHEP/PECO).
- Maintained communication with the switcher to ensure accurate and timely trailer moves.
- Followed proper sanitation practices; keep work area clean and free of debris.
- Made recommendations for modifications to procedures or processes impacting work group or center that will maximize efficiency, productivity, and reduce costs.
- Ensured compliance with Delhaize America standards in the areas of accuracy, safety and productivity.
- Worked needed schedule to perform assigned duties.
Logistics Processor Resume
Headline : To obtain a Logistics Processor position responsible for Maintaining communication with the switcher to ensure accurate and timely trailer moves, Following proper sanitation practices; keep working area clean and free of debris, Making recommendations for modifications to procedures or processes impacting work group or center that will maximise efficiency, productivity, and reduce costs.
Skills : Logistics, Planning, Training.
Description :
- Unloaded all salvage trailers returning from retail stores.
- Separated milk crates, milk pallets, cardboard bales, banana boxes, cigarette totes, store returns, store transfers, bread trays, and plastic bales.
- Separated plastic clean, dirty, and/or empty pallets.
- Swiped out and prepared fleet trailers for shipping departments.
- Loaded salvage trailers with milk crates for pick up from dairy.
- Loaded reclaim product to be shipped to reclaim center.
- Washed the interior of trailers.
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What microprocessors are being developed in Russia? And what will happen to them because of the sanctions?
TSMC’s Taiwan factory is no longer available to Russian microprocessor developers. For a number of possibilities, this production has no alternatives in the world.
What will the companies do and what are their prospects?
Taiwanese company TSMC is a leader in the production of the most advanced chips. Among her clients are Apple, Qualcomm, Nvidia. Last year, it accounted for 54% of the world market for their production. In February, TSMC stopped production of Baikal, Elbrus processors and other Russian-designed chips. We talked with experts about the present and future of domestic microprocessors.
There are five main developers of microprocessors in Russia: MCST, Baikal, Modul, Elvis and Milander. “Of these, Milandra has the largest production volumes and nomenclature. The products of the companies intersect in areas of application, but each can be identified as the main direction,” says Ivan Pokrovsky, executive director of the Association of Electronics Developers and Manufacturers.
- “Milandr” – microcontrollers of the Internet of things. For example, for meters, industrial automation.
- MCST (Elbrus processors) — central processors of servers, data storage systems, supercomputers, for heavy computing systems in industrial automation.
- “Baikal” – central processors of personal devices. Processors “Baikal” series M – for personal and industrial computers, T – network telecom equipment, the new processor S – for servers.
- “Elvis” – network processors for telecom.
- “Module” – digital, graphic and neuroprocessors.
For example, Elbrus and Baikal processors are important for creating a critical information infrastructure (CII) in Russia – they are designed for workstations and servers of large companies and government agencies.
Critical information infrastructure is a set of IT systems that are critical for the operation of the main areas of society and the state, such as healthcare, transport, communications, energy, defense industry, etc. For several years, Russia has been preparing the transition of CII facilities to software and equipment of domestic developers.
Today, the critical information infrastructure is dominated by equipment and software from foreign manufacturers.
“In personal computers and servers – solutions based on Intel and AMD. IBM has a large share in data storage systems. In Internet of Things equipment – from STMicroelectronics. In video processing systems, artificial intelligence – Nvidia,” Ivan Pokrovsky lists.
“All high-performance Russian-designed microprocessors were produced at TSMC,” says Ivan Pokrovsky.
Russian processor developers are mostly so-called fabless companies, those that do not have their own factories. This means that they develop the architecture and design of the processor, but for the release of the silicon chip itself as the final product, they enter into contracts with the factory. This is a common practice, many of the most notable developers in the world work in contract manufacturing. For example MediaTek.
“In 2005-2013, the first series of Elbrus chips for technical processes 130-90 nm (nanometers) was produced in small batches at the Mikron plant in Zelenograd. Then the first problems appeared.
The second generation of Elbrus-2SM processors did not show good performance according to 90 nm standards, there was a lot of marriage. The plant’s general-purpose process itself was not tuned to the Elbrus processors, which brought down local production. The third generation and subsequent generations of MCST processors were produced abroad, mainly at TSMC factories,” says Alexey Petrov, entrepreneur, chip design specialist.
The MCST also created an adapted version of Elbrus-4SM/65 nm for production at the Mikron facility. “But the enterprise was unable to switch to the technical process necessary for this – 65 nm and achieve an acceptable quality,” Petrov specifies.
There are more than 400 factory lines in the world for the production of various chips.
But the production of high-performance microprocessors for small technical processes – 16-10 nm and less – is no more than a dozen. The smaller the nanometer, the higher the performance and speed of the chip: a 5nm chip is faster and more productive than a 10nm one.
The first has a much more complicated design, more complicated and more expensive to manufacture.
“The transistor in a 10 nm processor is only 50 helium atoms in size. To understand the scale: the size of a human hair is about 80-110 microns – a chip with about 1.2 million transistors can easily fit on its cut. To create such a micro miracle, you need extremely complex TSMC Taiwan Factory is the world leader in advanced technology for 90nm, 65nm, 45nm, 40nm, 28nm, 20nm, 16/12nm, 10nm, 7nm, 5nm ICs, and now has more than 30 manufacturing lines in Taiwan, two in the U.S. and two in China. For such a large production, the plant has an entire logistics network for suppliers of various components for the production of chips. The production of small chips is an extremely complex process that requires very complex technologies, unique machines and an incredibly complex infrastructure. and it is extremely unrealistic to support such a plant, say, for technological standards of 10 nm, with the resources of one country, this requires resources, unique machines and rare engineering achievements of many different wounds,” says Alexei Petrov.
Only two companies in the world, TSMC and Samsung, can produce 5nm chips today. On the 10nm process technology – Intel, TSMC, Samsung. GlobalFoundries was going to launch its own production of 10-nanometer chips, but refused, having encountered difficulties. And for the release of 14-nanometer, she shared part of the developments with Samsung in order to jointly create production. Meanwhile, TSMC has begun experimental production of 3nm chips and is about to launch a 2nm processor factory.
“Intel, comparable in technical level to TSMC, does not fulfill contract manufacturing orders, only produces its own products. And Samsung specializes in memory chips, does not have the IP block libraries necessary for the production of microprocessors. In fact, in the contract manufacturing of high-performance microprocessors, TSMC does not have alternatives in the world,” explains Ivan Pokrovsky.
This takes about two or three years. In rare cases, with ready-made developments and well-established connections, it is faster.
Development has been going on for one and a half to two years.
“Developers and chip designers create an architectural sketch of the processor based on customer requirements. Engineers design the electrical architecture, the design of the chip adapts to the specific technical process of the particular plant where it will be produced. Transfer it to another plant, even working on similar technical standards, it is often impossible without a redesign,” says Alexey Petrov.
It takes another year and a half from growing a silicon billet to the final – a finished microprocessor, the plant has its own line for small technical processes, and it will not be possible to produce earlier if desired.
“Production goes through more than 500 high-tech stages,” continues Alexey Petrov. “On a large silicon wafer—a wafer—conductors, transistors, and many layers—up to 13–15 layers for modern chips—are formed using lithography, doping, and diffusion. many chips are gradually formed on one large wafer.
The wafer is cut into separate chip-crystals, conductors are attached to them, and they are mounted in a case. Further, as a rule, the chips are tested again and pass the output control, only then it turns into a relatively final product in the form of a familiar processor in a package.
Today in Russia there are no factories for the production of processors according to the standards of less than 65 nm. And TSMC carried out the production of chips of this nanometer for MCST. In addition, MCST has developed a 16 nm chip.
Last week, RBC reported, citing a source, that the MCST company, which develops Elbrus processors, is negotiating with the Mikron factory in Zelenograd to transfer production to their facilities. At the request of TASS, the MCST replied that they are not giving official comments now. The letter to the press service of Mikron was not answered at the time of publication of this text.
In addition to Mikron, there is a NM-Tech plant in Zelenograd.
The company has begun building a factory to produce 28nm processors. Previously, NM-Tech brought specialists from Taiwan to Russia to work in its production.
Due to sanctions, the manufacturer of Baikal processors, JSC Baikal Electronics, has lost the opportunity to use the externally patented architecture of the British company ARM. ARM is a processor designer that licenses already developed architectures and helps manufacturers adapt solutions.
“For the processor, you need to create a whole range of software products, compilers, libraries of standard functions, documentation and support. Without this, the processor will be a useless silicon brick. Using compatibility with the ARM architecture, it is many times easier to use all the developments that already exist in the world. Now for developers “Baikal” chips are not available for new licenses. Released and already operating processors will not be affected by this, the old issued licenses are not revoked. To release new ones, you will have to look for or create your own architecture, “explains Alexey Petrov.
“Now for such production – factories with production standards for 28 nm processors, unfortunately, there is nothing – neither technological equipment, nor materials, nor process engineers with the appropriate competencies. Of this, the most important is the school of process engineers. In the foreseeable future high-performance microprocessors can only be produced at foreign factories.The challenge is to overcome sanctions restrictions and dependence on one company, obtain alternative options and increase the stability of international cooperation chains.Russian factories need to produce medium-performance microcircuits for tasks that are not so demanding on speed, as to the level of security,” Ivan Pokrovsky believes.
“Since the 1970s, Taiwan has been building a technology park and actively developing it,” says Alexei Petrov. “This is a giant infrastructure of the Hsinchu City Science Park. More than 2,500 top technologies from all over the world are assembled in one plant.
Years were spent on training specialists, years for the emergence of factories, businesses, designers and infrastructure Approximately 20–30 years of purposeful work The current 65 nm process, which is in Russia, is 15 years behind, the level of approximately 2000–2006. In 2015 Mikron made test releases of 65nm chips; for understanding: at the same time, Intel and TSMC mastered chips using 16nm process technology. It is possible to produce acceptable chips for the space industry, where they are in demand, but for advanced and competitive processors on the world market and mobile high-tech need newer and smaller manufacturing processes.”
Anastasia Akulova
March 09, 2022
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Denis Samsonov
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At the March 8 presentation, Apple introduced the new iPhone, iPad and M1 Ultra processor. Denis Samsonov, publisher of the Open Systems publishing house, explains in a column for Forbes why processors have become the main event not only of this conference, but also of the last few years.
Tim Cook finally emerged from the shadow of his great predecessor. The “Cook Age” is a phenomenon no less significant for the company than the legacy of Steve Jobs. Under him, Apple developed its own processors and formed the technological base for growth for years to come. Processors have been the company’s weakest link since the first Macintosh was introduced.
Initially, Apple made a bet on the Motorola 68K processors. Then – to the Motorola-IBM alliance and PowerPC processors. Then I switched to Intel. Every transition was painful. The key difference between Apple and all market participants is vertical integration. PC manufacturers assemble a computer based on the Intel platform. They put the Microsoft operating system on it. The share of the assembler in the supply chain is not so large. In contrast, Apple controlled both the hardware and the operating system. But she did not have her own processors. This continued until the advent of the ARM era.
Finished reading here
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DIY
British ARM does not manufacture processors. It develops and licenses the architecture. ARM processors were originally designed for mobile devices.
Their key characteristic was low power consumption. Gradually, productivity grew, and energy consumption remained low. Apple is not the first company to launch laptops based on the ARM architecture, but, as has often happened before, the first to actually do it. The Apple M1 line of processors, without losing to comparable Intel models in performance, reaches peak values at a noticeably lower power consumption. The M1 Ultra processor presented today is positioned as a competitor to already top-end Intel models.
Related material
Limits of control
New Apple processors are manufactured at the facilities of the Taiwanese company TSMC using a 5 nm process technology. Once upon a time, the dimension of the technical process described the density of transistors on a chip. With the advancement deep into nanotechnology, the question of what the distance between what and what must be measured in order to describe the dimensionality of the technical process has become more and more confusing.
In the general case, “the less the better”, but it is already difficult to compare processors released by different companies. TSMC manufactures 5nm processors and plans to reach 3nm in the foreseeable future. IBM announced the achievement of 2 nm. Intel manufactures 10 nm processors, but company representatives have already declared this characteristic to be meaningless and plan to abandon the process dimension when describing their chips in the future. Everything suggests that we are approaching physical boundaries, beyond which new ideas and concepts are needed.
AAPL Stock Quotes from TradingView
The new Apple M1 Ultra superprocessor is one of the signs that the technology is nearing its limit. To create it, the company soldered together two “normal” processors. To do this, a secret interface was laid in their architecture. Doubling the number of “crystals” does not mean doubling performance. Not all tasks can be calculated in parallel, and those that can are already broken into parts within each chip for processing by the cores.
At the presentation, they called a 60% increase in productivity. But even these percentages seem too optimistic to me. The technological barrier is close. Apple has every chance to reach it first.
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New hardware
For the first time, I don’t remember how many years, Apple introduced a new computer model. Mac Studio desktop workstation for creative professionals. A new processor will be installed in one of the versions of Mac Studio. The price of the solution is not exorbitant. This is another advantage of own electronics.
Two other new additions, the third generation of the budget iPhone SE and the new iPad Air, are examples of technology transfer down the product line. Models will receive processors from the top lines and a noticeable increase in performance.