From 76f148b505dfa7026d5c4ca1e9222b3b551fb2ad Mon Sep 17 00:00:00 2001 From: Alan Blount Date: Mon, 20 Oct 2025 13:56:33 +0800 Subject: [PATCH] Add Find out how to Estimate the Manufacturing Cost for a Brand New Electronic Product (Case Study: Bluetooth Device) --- ...ronic-Product-%28Case-Study%3A-Bluetooth-Device%29.md | 9 +++++++++ 1 file changed, 9 insertions(+) create mode 100644 Find-out-how-to-Estimate-the-Manufacturing-Cost-for-a-Brand-New-Electronic-Product-%28Case-Study%3A-Bluetooth-Device%29.md diff --git a/Find-out-how-to-Estimate-the-Manufacturing-Cost-for-a-Brand-New-Electronic-Product-%28Case-Study%3A-Bluetooth-Device%29.md b/Find-out-how-to-Estimate-the-Manufacturing-Cost-for-a-Brand-New-Electronic-Product-%28Case-Study%3A-Bluetooth-Device%29.md new file mode 100644 index 0000000..f297461 --- /dev/null +++ b/Find-out-how-to-Estimate-the-Manufacturing-Cost-for-a-Brand-New-Electronic-Product-%28Case-Study%3A-Bluetooth-Device%29.md @@ -0,0 +1,9 @@ +
Today I’m providing a step by step guide for estimating the manufacturing price for [iTagPro features](http://www.clovejunti.cn:3000/hyevillagomez5/1585107/wiki/So-Bottom-Line%3A-which-is-Best%3F) a hypothetical tracking device that incorporates Bluetooth Low Energy (BLE), [iTagPro geofencing](https://wifidb.science/wiki/Reliable_Heading_Tracking_For_Pedestrian_Road_Crossing_Prediction_Utilizing_Commodity_Devices) GPS, an accelerometer, and a USB rechargeable lithium battery. When you've gotten a brand [iTagPro geofencing](http://www.affair.co.kr/bbs/board.php?bo_table=free&wr_id=329698) new product that you simply want to develop, the very first thing you must do is have a look at the big picture earlier than you get slowed down in the main points. You don’t want to jump right into fully developing a production prototype. Product development is costly, time-consuming, and dangerous so there are some upfront steps you want to take first. Instead, first concentrate on what I call a preliminary production design (or sometimes simply called a preliminary product design). The bottom line is that it focuses on a manufacturable model of your product, [iTagPro geofencing](https://dev.neos.epss.ucla.edu/wiki/index.php?title=User:GinaPham417867) and not just on a Proof-of-Concept (POC) prototype. One of an important reasons for creating a preliminary design is it allows you to precisely estimate the manufacturing cost for the product earlier than you spend the cash to totally develop it.
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A preliminary manufacturing design focuses on answering among the essential questions that you simply will need to know as soon as potential. How difficult is it going to be to develop your product? Is it feasible to manufacture your product? What is the cost to develop your product? What is the price to scale from a prototype to volume manufacturing? How much will it price per unit to manufacture your product? Ultimately, certainly one of a very powerful questions you need to answer is how a lot will it price to manufacture your product. The manufacturing cost goes to determine how a lot revenue you will make and how much you'll be able to sell it for. Manufacturing price is something it is advisable to know as early as attainable. Unfortunately, many entrepreneurs make the error [ItagPro](http://swoke.co.kr/eng/bbs/board.php?bo_table=free&wr_id=146921) of first absolutely designing their product for manufacturing. In spite of everything that’s achieved, they return and begin figuring out how a lot it’s going to cost to manufacture. That’s not the way in which skilled tech corporations do it.
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They reply all the massive questions before they start sinking resources into absolutely developing the product. There isn't any point in spending all the time to try and develop a new product if it isn’t possible to manufacture, or prices too much to manufacture. A preliminary manufacturing design provides you all of the knowledge wanted to precisely estimate the manufacturing cost for a brand [iTagPro geofencing](https://pediascape.science/wiki/User:LonnaPruitt) new product before the product has been absolutely developed. It also offers you early insight into the manufacturing feasibility of your product. By starting with a preliminary production design it lets you extra precisely estimate all your costs, create a more correct timeline of milestones, and [iTagPro technology](http://alchemie-des-seins.com/index.php?title=SkyHawk-TAT_Battery_Powered_Asset_Tracker) be in a position to better decide the manufacturing feasibility of the product. Ultimately, it permits you to develop a greater product that's extra likely to achieve success. Step one in developing a preliminary production design is to design the system degree block diagram. Our hypothetical product consists of four primary functions: Bluetooth Low-Energy microcontroller, GPS, an accelerometer, and energy management.
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Figure 1 - System block diagram for a hypothetical BLE GPS tracking device. The core of the product will probably be a Bluetooth Low Energy microcontroller. This contains both the Bluetooth Low Energy radio and the microcontroller working your firmware code. Those two features are embedded on a single chip called a System-on-a-Chip (SoC). However, I all the time suggest that you start off using a pre-certified module answer, as a substitute of a chip-based solution, for any wireless performance, like Bluetooth Low Energy. This module will nonetheless be based mostly on a BLE SoC nevertheless it may even embrace the antenna. There are two reasons why you should start with a module. First, using a module drastically reduces your FCC certification value. That may prevent about $10,000 to certify your product. The second reason is that modules will simplify the design process. Wireless performance tends to be hard to design correctly. In reality, [iTagPro geofencing](https://basic-mall.com/bbs/board.php?bo_table=free&wr_id=109669) very seemingly, [ItagPro](https://www.ge.infn.it/wiki//gpu/index.php?title=Geico_DriveEasy_Review:_How_It_Works_And_Whether_Or_Not_It%E2%80%99s_Worth_It) it will require a number of iterations to get things excellent.
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Using a module reduces your time to market which is at all times necessary. Even huge tech companies start off using a module to allow them to get their product to market sooner. If you happen to scale up to producing 100,000 items or extra, [iTagPro geofencing](https://foodzamzam.com/index.php/2023/06/24/11129/) then it may be a very good time to modify to a custom chip design to maximize your profit margin. The opposite big piece concerned with this product is GPS (Global Positioning System) which communicates with the BLE microcontroller by way of a UART serial interface. As with BLE, we’re going to also use a module solution for GPS. The first reason for using a GPS module is a bit totally different, nonetheless. GPS is a receive-solely technology. You’re not intentionally transmitting radio waves outdoors of your product. This is in distinction to Bluetooth Low Energy, the place you're clearly receiving and transmitting data. The FCC is primarily fascinated within the electromagnetic power a product radiates (transmits), [iTagPro geofencing](https://reparatur.it/index.php?title=%22He_Took_Her_Away_From_Me) not what a product receives.
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